YORKVILLE SA221S Active Subwoofer Manuel utilisateur

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SERVICE MANUAL
Synergy SA221S
WORLD HEADQUARTERS
CANADA
U.S.A.
Yorkville Sound Limited
Yorkville Sound Inc.
550 Granite Court
Pickering, Ontario
L1W 3Y8 CANADA
4625 Witmer Industrial Estate
Niagara Falls, New York
14305, USA
Voice: 905-837-8481
Fax: 905-837-8746
Voice: 716-297-2920
Fax: 716-297-3689
SMT Disclaimer
Due to the complex nature of the use of SMT installed components
in Yorkville equipment, we highly caution all service technicians in
attempting to repair or replace SMT factory installed components.
Many of these components may be glued prior to initial soldering.
Replacing SMT components requires expensive
specialized de-soldering equipment and training.
Yorkville Sound will repair and replace defective SMT components
to ensure proper quality assurance and installation is maintained.
SA221S
Manual-Service-SA221S-00-1v4 • March 17/2023
This lightning flash with arrowhead symbol, within an
equilateral triangle, is intended to alert the user to the presence of uninsulated “dangerous
voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk
of electric shock to persons.
Ce symbole d’&eacute;clair avec t&ecirc;te de fl&egrave;che dans un triangle &eacute;quilat&eacute;ral est pr&eacute;vu pour alerter l’utilisateur de la
pr&eacute;sence d’un &laquo;voltage dangereux&raquo; non-isol&eacute; &agrave; proximit&eacute; de l’enceinte du produit qui pourrait &ecirc;tre d’ampleur
suffisante pour pr&eacute;senter un risque de choque &eacute;lectrique.
The DO NOT STACK symbol is intended to alert the user that the product shall not be
vertically stacked because of the nature of the product.
I M P O RTA N T SA FETY IN STR U C TION S
The exclamation point within an equilatereal triangle is intended to alert the user to the presence
of important operating and maintenance (servicing) instructions in the literature accompanying
the appliance.
DO NOT
PUSH OR PULL
SEPARATE
COLLECTION
WEEE
Le point d’exclamation &agrave; l’int&eacute;rieur d’un triangle &eacute;quilat&eacute;ral est pr&eacute;vu pour alerter l’utilisateur de la pr&eacute;sence
d’instructions importantes dans la litt&eacute;rature accompagnant l’appareil en ce qui concerne l’op&eacute;ration et la
maintenance de cet appareil.
IEC 60417-5041
La symbole NE PAS EMPILER est pour alerter l'utilisateur que le produit ne doit pas &ecirc;tre
empil&eacute; verticalement en raison de la nature du produit.
CAUTION: HOT SURFACE
ATTENTION: SURFACE CHAUDE
FOLLOW ALL INSTRUCTIONS
Instructions pertaining to a risk of fire, electric shock, or injury to a person
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK).
NO USER SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL. THIS DEVICE IS FOR INDOOR USE ONLY!
INSTALLED BATTERY PACKS SHALL NOT BE EXPOSED TO EXCESSIVE HEAT
SUCH AS SUNSHINE, FIRE OR THE LIKE.
Read Instructions: The Owner’s Manual should be read and understood before operation of your unit. Please, save these instructions for future
reference and heed all warnings.
Cleaning: Clean only with dry cloth.
Packaging: Keep the box and packaging materials, in case the unit needs to be returned for service.
Warning: To reduce the risk or fire or electric shock, do not expose this apparatus to rain or moisture. Do not use this apparatus near water!
Warning: When using electric products, basic precautions should always be followed, including the following:
Power Sources
Your unit should be connected to a power source only of the voltage specified in the owners manual or as marked on the unit. This unit has a polarized
plug. Do not use with an extension cord or receptacle unless the plug can be fully inserted. Precautions should be taken so that the grounding scheme
on the unit is not defeated. An apparatus with CLASS I construction shall be connected to a Mains socket outlet with a protective earthing connection.
Where the MAINS plug or an appliance coupler is used as the disconnect device, the disconnect device shall remain readily operable.
Hazards
Do not place this product on an unstable cart, stand, tripod, bracket or table. The product may fall, causing serious personal injury and serious
damage to the product. Use only with cart, stand, tripod, bracket, or table recommended by the manufacturer or sold with the product. Follow the
manufacturer’s instructions when installing the product and use mounting accessories recommended by the manufacturer. Only use
attachments/accessories specified by the manufacturer.
Equipment that is suspended overhead must use a secondary safeguard to prevent personal injury in the event the primary mounting mechanism
fails. Safety eyebolts attached to the equipment and galvanized steel wire can be used together to implement a failsafe mounting thus ensuring the
safety of the equipment and anyone positioned below the equipment.
Improper installation can result in bodily injury or death. If you are not qualified to attempt the installation get help from a professional structural rigger.
Note: Prolonged use of headphones at a high volume may cause health damage to your ears.
The apparatus should not be exposed to dripping or splashing water; no objects filled with liquids should be placed on the apparatus.
Terminals marked with the “lightning bolt” are hazardous live; the external wiring connected to these terminals require installation by an instructed
person or the use of ready made leads or cords.
Ensure that proper ventilation is provided around the appliance. Do not install near any heat sources such as radiators, heat registers, stoves, or
other apparatus (including amplifiers) that produce heat.
No naked flame sources, such as lighted candles, should be placed on the apparatus.
Power Cord
Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type
plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. If the provided plug does not fit into your
outlet, consult an electrician for replacement of the obsolete outlet. The AC supply cord should be routed so that it is unlikely that it will be damaged.
Protect the power cord from being walked on or pinched particularly at plugs. If the AC supply cord is damaged DO NOT OPERATE THE UNIT. To
completely disconnect this apparatus from the AC Mains, disconnect the power supply cord plug from the AC receptacle. The mains plug of the power
supply cord shall remain readily operable.
Unplug this apparatus during lightning storms or when unused for long periods of time.
Service
The unit should be serviced only by qualified service personnel. Servicing is required when the apparatus has been damaged in any
way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus
has been exposed to rain or moisture, does not operate normally, requires battery pack replacement or has been dropped.
Disconnect power before servicing!
NOT TO BE SERVICED
BY USERS
CAUTION: OVERHEAD LOAD
ATTENTION: CHARGE A&Eacute;RIENNE
SUIVEZ TOUTES LES INSTRUCTIONS
Instructions relatives au risque de feu, choc &eacute;lectrique, ou blessures aux personnes
AVIS: AFIN DE REDUIRE LES RISQUE DE CHOC ELECTRIQUE, N’ENLEVEZ PAS LE COUVERT (OU LE PANNEAU
ARRIERE) NE CONTIENT AUCUNE PIECE REPARABLE PAR L’UTILISATEUR. CONSULTEZ UN TECHNICIEN
QUALIFIE POUR L’ENTRETIENT CE PRODUIT EST POUR L’USAGE &Agrave; L’INT&Eacute;REUR SEULEMENT. LES PACKS
BATTERIES INSTALL&Eacute;S NE DOIVENT PAS &Ecirc;TRE EXPOS&Eacute;S &Agrave; UNE CHALEUR EXCESSIVE TELLE QUE LE
ENSOLEILLEMENT, LE FEU OU SIMILAIRES.
Veuillez Lire le Manuel: Il contient des informations qui devraient &ecirc;tres comprises avant l’op&eacute;ration de votre appareil. Conservez. Gardez S.V.P. ces
instructions pour consultations ult&eacute;rieures et observez tous les avertissements.
Nettoyage: Nettoyez seulement avec le tissu sec.
Emballage: Conservez la boite au cas ou l’appareil devait &ecirc;tre retourner pour r&eacute;paration.
Avertissement: Pour r&eacute;duire le risque de feu ou la d&eacute;charge &eacute;lectrique, n'exposez pas cet appareil &agrave; la pluie ou &agrave; l'humidit&eacute;. N’utilisez pas cet appareil
pr&egrave;s de l’eau!
Attention: Lors de l’utilisation de produits &eacute;lectrique, assurez-vous d’adh&eacute;rer &agrave; des pr&eacute;cautions de bases incluant celle qui suivent:
Alimentation - L’appareil ne doit &ecirc;tre branch&eacute; qu’&agrave; une source d’alimentation correspondant au voltage sp&eacute;cifi&eacute; dans le manuel ou tel qu’indiqu&eacute;
sur l’appareil. Cet appareil est &eacute;quip&eacute; d’une prise d’alimentation polaris&eacute;e. Ne pas utiliser cet appareil avec un cordon de raccordement &agrave; moins qu’il soit
possible d’ins&eacute;rer compl&egrave;tement les trois lames. Des pr&eacute;cautions doivent &ecirc;tres prises afin d’eviter que le syst&egrave;me de mise &agrave; la terre de l’appareil ne soit
d&eacute;sengag&eacute;. Un appareil construit selon les normes de CLASS I devrait &ecirc;tre raccord&eacute; &agrave; une prise murale d’alimentation avec connexion intacte de mise &agrave;
la masse. Lorsqu’une prise de branchement ou un coupleur d'appareils est utilis&eacute;e comme dispositif de d&eacute;branchement, ce dispositif de d&eacute;branchement
devra demeurer pleinement fonctionnel avec raccordement &agrave; la masse.
Risque - Ne pas placer cet appareil sur un chariot, un support, un tr&eacute;pied ou une table instables. L’appareil pourrait tomber et blesser quelqu’un ou subir
des dommages importants. Utiliser seulement un chariot, un support, un tr&eacute;pied ou une table recommand&eacute;s par le fabricant ou vendus avec le produit. Suivre
les instructions du fabricant pour installer l’appareil et utiliser les accessoires recommand&eacute;s par le fabricant. Utilisez seulement les attachements/accessoires
indiqu&eacute;s par le fabricant.
L'&eacute;quipement suspendu au-dessus de la t&ecirc;te doit utiliser une protection secondaire pour &eacute;viter les blessures en cas de d&eacute;faillance du m&eacute;canisme
de montage principal. Les boulons &agrave; œil de s&eacute;curit&eacute; fix&eacute;s &agrave; l'&eacute;quipement et le fil d'acier galvanis&eacute; peuvent &ecirc;tre utilis&eacute;s ensemble pour mettre en
œuvre un montage &agrave; s&eacute;curit&eacute; int&eacute;gr&eacute;e, assurant ainsi la s&eacute;curit&eacute; de l'&eacute;quipement et de toute personne plac&eacute;e sous l'&eacute;quipement.
Une installation incorrecte peut entra&icirc;ner des blessures corporelles ou la mort. Si vous n'&ecirc;tes pas qualifi&eacute; pour tenter l'installation, demandez l'aide
d'un gr&eacute;eur structurel professionnel.
Remarque : L'utilisation prolong&eacute;e d'&eacute;couteurs &agrave; un volume &eacute;lev&eacute; peut nuire &agrave; la sant&eacute; de vos oreilles.
Il convient de ne pas placer sur l’appareil de sources de flammes nues, telles que des bougies allum&eacute;es.
L’appeil ne doit pas &ecirc;tre expos&eacute; &agrave; des &eacute;gouttements d’eau ou des &eacute;claboussures et qu’aucun objet rempli de liquide tel que des vases ne doit &ecirc;tre
plac&eacute; sur l’appareil.
Assurez que lappareil est fourni de la propre ventilation. Ne proc&eacute;dez pas &agrave; l’installation pr&egrave;s de source de chaleur tels que radiateurs, registre de
chaleur, fours ou autres appareils (incluant les amplificateurs) qui produisent de la chaleur.
Les dispositifs marqu&eacute;s d’une symbole “d’&eacute;clair” sont des parties dangereuses au toucher et que les c&acirc;blages ext&eacute;rieurs connect&eacute;s &agrave; ces
dispositifs de connection ext&eacute;rieure doivent &ecirc;tre effectiv&eacute;s par un op&eacute;rateur form&eacute; ou en utilisant des cordons d&eacute;j&agrave; pr&eacute;par&eacute;s.
Cordon d’Alimentation - Ne pas enlever le dispositif de s&eacute;curit&eacute; sur la prise polaris&eacute;e ou la prise avec tige de mise &agrave; la masse du cordon
d’alimentation. Une prise polaris&eacute;e dispose de deux lames dont une plus large que l’autre. Une prise avec tige de mise &agrave; la masse dispose de deux lames
en plus d’une troisi&egrave;me tige qui connecte &agrave; la masse. La lame plus large ou la tige de mise &agrave; la masse est pr&eacute;vu pour votre s&eacute;curit&eacute;. La prise murale est
d&eacute;su&egrave;te si elle n’est pas con&ccedil;ue pour accepter ce type de prise avec dispositif de s&eacute;curit&eacute;. Dans ce cas, contactez un &eacute;lectricien pour faire remplacer la
prise murale. &Eacute;vitez d’endommager le cordon d’alimentation. Prot&eacute;gez le cordon d’alimentation. Assurez-vous qu’on ne marche pas dessus et qu’on ne le
pince pas en particulier aux prises. N’UTILISEZ PAS L’APPAREIL si le cordon d’alimentation est endommag&eacute;. Pour d&eacute;brancher compl&egrave;tement cet appareil
de l’alimentation CA principale, d&eacute;connectez le cordon d’alimentation de la prise d’alimentation murale. Le cordon d’alimentation du bloc d’alimentation de
l’appareil doit demeurer pleinement fonctionnel.
D&eacute;branchez cet appareil durant les orages ou si inutilis&eacute; pendant de longues p&eacute;riodes.
Service - L'appareil ne doit &ecirc;tre entretenu que par un personnel de service qualifi&eacute;. Une r&eacute;paration est n&eacute;cessaire lorsque l'appareil a &eacute;t&eacute; endommag&eacute; de
quelque mani&egrave;re que ce soit, comme le cordon d'alimentation ou la fiche est endommag&eacute;, du liquide a &eacute;t&eacute; renvers&eacute; ou des objets sont tomb&eacute;s dans l'appareil,
l'appareil a &eacute;t&eacute; expos&eacute; &agrave; la pluie ou &agrave; l'humidit&eacute;, ne fonctionne pas normalement , n&eacute;cessite le remplacement de la batterie ou est tomb&eacute;. D&eacute;branchez
l'alimentation avant l'entretien!
I M P O RTA N T SA FETY IN STR U C TION S
The Lightning Flash with arrowhead symbol within an equilateral triangle, is intended to alert the user to the presence of uninsulated
&quot;dangerous voltage&quot; within the product enclosure that may be of sufficient magnitude to constitute a risk of shock to persons
Le symbole repr&eacute;sentant un &eacute;clair avec une fl&egrave;che &agrave; l’int&eacute;rieur d’un triangle &eacute;quilat&eacute;ral est utilis&eacute; pour pr&eacute;venir l’utilisateur de la
pr&eacute;sence d’une tension &eacute;lectrique dangereuse non isol&eacute;e &agrave; l’int&eacute;rieur de l’appareil. Cette tension est d’un niveau suffisamment
&eacute;lev&eacute; pour repr&eacute;senter un risque d’&eacute;lectrocution
The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance
(servicing) instructions in the literature accompanying the product
Le symbole repr&eacute;sentant un point d’exclamation &agrave; l’int&eacute;rieur d’un triangle &eacute;quilat&eacute;ral, signale &agrave; l’utilisateur la pr&eacute;sence d’instructions importantes
relatives au fonctionnement et &agrave; l’entretien de l’appareil dans cette notice d’installation
1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this apparatus near water.
6. Clean only with dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer’s instructions.
8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding
type plug has two blades and a third grounding prong. The wide blade or the third prongs are provided for your safety. If the provided plug does not fit
into your outlet, consult an electrician for replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles, and the point where they exit from
the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used, use caution when
moving the cart/apparatus combination to avoid injury from tip-over.
13. Unplug this apparatus during lightning storms or when unused for long periods of time.
14. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply
cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not
operate normally, or has been dropped.
1. Lisez ces instructions.
2. Conservez ces instructions.
3. Respecter tous les avertissements.
4. Suivez toutes les instructions.
5. N'utilisez pas l'appareil pr&egrave;s de l'eau.
6. Nettoyer uniquement avec chiffon sec.
7. Ne bloquez pas les ouvertures de ventilation. Installer en suivant les instructions du fabricant.
8. Ne pas installer pr&egrave;s des sources de chaleur telles que radiateurs, bouches de chaleur, four ou autres appareils (y compris les amplificateurs)
produisant de la chaleur.
9. N'annulez pas l'objectif s&eacute;curitaire de la fiche polaris&eacute;e ou de la tige de mise &agrave; la terre. Une fiche polaris&eacute;e poss&egrave;de deux lames avec une plus large
que l'autre. Une prise avec mise &agrave; la terre poss&egrave;de deux lames et une troisi&egrave;me tige. La lame large ou la troisi&egrave;me tige sont fournis pour votre s&eacute;curit&eacute;.
Si la fiche n'entre pas dans votre prise, consultez un &eacute;lectricien pour remplacer la prise obsol&egrave;te.
10. Prot&eacute;ger le cordon d'alimentation des pi&eacute;tinements ou pincements en particulier pr&egrave;s des fiches, des prises de courant et au point de
sortie de l'appareil.
11. Utilisez uniquement les accessoires sp&eacute;cifi&eacute;s par le fabricant.
12. Utiliser uniquement avec un charriot, stand, tr&eacute;pied ou une table sp&eacute;cifi&eacute;e par le fabricant, ou vendus avec l'appareil.
13. D&eacute;branchez l'appareil durant un orage ou lorsqu'il reste inutilis&eacute; pendant de longues p&eacute;riodes de temps.
14. Confiez toute r&eacute;paration &agrave; un technicien qualifi&eacute;. Une r&eacute;paration est n&eacute;cessaire lorsque l'appareil a &eacute;t&eacute; endommag&eacute; de quelque fa&ccedil;on que ce soit;
comme lorsque le cordon d'alimentation ou la fiche est endommag&eacute;, lorsque du liquide a &eacute;t&eacute; renvers&eacute; ou des objets sont tomb&eacute;s &agrave; l'int&eacute;rieur, lorsque
l'appareil a &eacute;t&eacute; expos&eacute; &agrave; la pluie ou l'humidit&eacute;, ne fonctionne pas normalement, ou est tomb&eacute;.
WARNING:
• To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture and objects filled with liquids, such as vases, should not be
placed on this apparatus.
• To completely disconnect this apparatus from the ac mains, disconnect the power supply cord plug from the ac receptacle.
• The mains plug of the power supply cord or appliance coupler shall remain readily accessible.
AVERTISSEMENT:
• Pour r&eacute;duire les risques d'incendie ou de choc &eacute;lectrique, ne pas exposer cet appareil &agrave; la pluie ou &agrave; l'humidit&eacute; et ne placez pas d’objets contenant
des liquides, tels que des vases, sur l’appareil.
• Pour isoler totalement cet appareil de l'alimentation secteur, d&eacute;branchez totalement son cordon d'alimentation du r&eacute;ceptacle CA.
• La prise du cordon d’alimentation ou du prolongateur, si vous en utilisez un comme dispositif de d&eacute;branchement, doit rester facilement accessible
CAUTION
TO PREVENT ELECTRIC SHOCK HAZARD,
DO NOT CONNECT TO MAINS POWER SUPPLY
WHILE GRILLE IS REMOVED.
AVIS
POUR PR&Eacute;VENIR LES RISQUES D'&Eacute;LECTROCUTION,
NE PAS RACCORDER A L’ALIMENTATION &Eacute;LECTRIQUE ALORS
QUE LA GRILLE EST RETIR&Eacute;E.
DOC-Safety-5v0+UL60065-00-1v9 • February 2, 2022
15 AMP
12A = MAX Output
8A = 80% Output
6A = 60% Output
LINE
CURRENT
LIMIT
AMPS
12
8
6
SUB
LEVEL
-6
-2
0
1
50Hz
Lowpass
(for use with
SA315S)
4
- 12
- 24
Off
Power
2
100Hz
Lowpass
dB
Activity
8
6
Input
Clip
SA221S
Limit
VC Therm
SERIAL NUMBER
X-MAX
DESIGNED &amp; MANUFACTURED BY
YORKVILLE SOUND • TORONTO, CANADA
CONNECTED IN PARALLEL
OUTPUT
INPUT
HP
OUTPUT
50Hz
HP OUTPUT TO
SA315S ONLY
A-Z1789 / 1v2
CAUTION - TO REDUCE THE RISK OF ELECTRIC SHOCK,
GROUNDING OF THE CENTRE PIN OF THIS PLUG MUST BE MAINTAINED!
ATTENTION - POUR R&Eacute;DUIRE LE RISQUE DE CHOC &Eacute;LECTRIQUE, CONSERVER
LA MISE &Agrave; LA TERRE ASSUR&Eacute;E PAR LA TIGE CENTRALE DE CETTE FICHE!
POWER
DISCONNECT POWER BEFORE SERVICING!
On
DEBRANCHER L’APPAREIL AVANT
D’ENLEVER LES COUVERCLES!
NO USER SERVICEABLE PARTS INSIDE.
NE CONTIENT AUCUNE PIECE
REPARABLE PAR L’UTILISATEUR.
Off
Circuit
Breaker
CAUTION: THIS EQUIPMENT REQUIRES A 15A OR 20A LINE CORD
ATTENTION: CET &Eacute;QUIPMENT N&Eacute;CESSITE
UN CORDON DE LIGNE 15A OU 20A
120V 60Hz
1A MAX ON
11A STANDALONE
FIRST OUTLET
12A MAX WITH
AC OUTLET
SEE OWNERS MANUAL FOR
AND 15A LINE CORD CASCADE INSTALLATION
Specifications
Active
Active or Passive
Program Power (watts)
6000 watts program 17000 watts peak
Measured Max SPL (C-Weighted, Max Hold)
130.6 dB Cont., 142.6 dB Peak
Frequency Response (Hz +/- 3dB)
28Hz-100Hz
Crossover Frequency (Hz)
50 or 100 Hz lowpass
Cabinet Configuration
Bass Reflex
Driver Configuration
2x21-inch LF woofer
LF Driver(s)
21-inch Neo with 4.5-inch Tetra Coil
LF Program Power (watts)
6000 watts Program, 17000 watts Peak
LF Impedance (ohms)
LF impedance 2 amplifiers, 4 ohms per amplifier
LF Protection
Excursion, Voice Coil Thermal (RMS)
LF Power Amplifier (watts)
6000 watts program (17000 watts peak)
LF Amplifier Type
Class D
Cooling Scheme
Convection
Power Cable
Removable Locking Powercon True Input and Loop Thru
Power Switch
Yes
Power Consumption (typ/max)
1440 VA / 1920 VA
Inputs
1 XLR with 2x XLR Parallel out, Impedance 35k ohms
Input Sensitivity (Vrms Sine)
Line in 1.4 at center, 0.56 at max
Level Controls
Volume, -∞,0dB,8dB (Min, Top, Max)
EQ Controls
Thermal Limiter Advance for power consumption management
Limiter
Excursion, Thermal (RMS), Clipping
LED Indicators
Power, Excursion Limit, Thermal (RMS) Limit, Input Clip,
Enclosure Materials
Multiply 15mm Birch Plywood
Casters
4 x Locking Swivel Casters On Rear Of Cabinet
Stand Adapter
2 (1 Top, 1 Side)
UHMW Skid Glides
2 Rear
Stacking Feature
Rubber Feet and Cups (Side and Bottom)
Covering / Finish
Paint
Dimensions (DWH inches)
32.750 (37.750 including casters) x 29.750 x 47.5
Dimensions (DWH cm)
83.2 (95.8 including casters) x 75.5 x 120.6
Weight (lbs/kg)
370/168
*Specifications subject to change without notice
Sp&eacute;cifications
Actif
Actif ou passif
Puissance Nominale (watts)
6000 watts de programme 17000 watts de cr&ecirc;te
SPL maximum mesur&eacute; (pond&eacute;r&eacute; C, maintien maximum)
130,6 dB Cont., 142,6 dB Cr&ecirc;te
R&eacute;ponse en fr&eacute;quence (Hz +/- 3dB)
28Hz-100Hz
Fr&eacute;quence de coupure (Hz)
Passe-bas 50 ou 100 Hz
Configuration de l'enceinte
Bass Reflex
Configuration des haut-parleurs
Woofer BF 2x21 pouces
Driver(s) BF
Neo de 21 pouces avec bobine Tetra de 4,5 pouces
Puissance du programme BF (watts)
6000 watts en programme, 17000 watts en cr&ecirc;te
Imp&eacute;dance BF (ohms)
Imp&eacute;dance BF 2 amplificateurs, 4 ohms par amplificateur
Protection BF
Excursion, bobine de voix thermique (RMS)
Amplificateur de puissance BF (watts)
6000 watts programme (17000 watts cr&ecirc;te)
Type d'amplificateur BF
Classe D
Syst&egrave;me de refroidissement
Convection
Cordon d'alimentation
Verrouillage amovible Powercon Entr&eacute;e True et sortie Loop
Commutateur d'alimentation
Oui
Consommation &eacute;lectrique (typ/max)
1440 VA / 1920 VA
Entr&eacute;es
1 XLR avec 2x XLR sortie parall&egrave;le, Imp&eacute;dance 35k ohms
Sensibilit&eacute; d'entr&eacute;e (Vrms sinus)
Entr&eacute;e ligne 1,4 au centre, 0,56 au maximum
Commandes de niveau
Volume, -∞,0dB,8dB (Min, Top, Max)
Commandes d'&eacute;galisation
Limiteur thermique Advance pour la gestion de la
Limiteur
Excursion, thermique (RMS), &eacute;cr&ecirc;tage
Indicateurs DEL
Puissance, Limite d'excursion, Limite thermique (RMS), Clip
Mat&eacute;riaux du bo&icirc;tier
Contreplaqu&eacute; de bouleau de 15mm
Roues
4 roulettes pivotantes verrouillables &agrave; l'arri&egrave;re de l'armoire
Adaptateur de support
2 (1 dessus, 1 lat&eacute;rale)
Glissi&egrave;res de protection UHMW
2 Arri&egrave;re
Caract&eacute;ristiques d'empilage
Pieds et coupelles en caoutchouc (c&ocirc;t&eacute; et dessous)
Rev&ecirc;tement / Finition
Peinture
Dimensions (PLH pouces)
32,750 (37,750 avec les roulettes) x 29,750 x 47,5
Dimensions (PLH cm)
83,2 (95,8 avec les roulettes) x 75,5 x 120,6
Poids (livres/kg)
370/168
*Sp&eacute;cifications sujettes &agrave; modification sans pr&eacute;avis
Block Diagram SA221S
D E S I G N E D &amp; M A N U FA C T U R E D B Y Y O R K V I L L E S O U N D
Pwr
Input
Act. Clip
Limit
X-Max
VC
Therm
XLR
Input
1
3
ADC
2
DSP
+
DAC
AMP
Output
2
3
1
+
AC Line
Sense
Microcontroller
AMP
2
3
1
1
2
3
AC Line
Current Sense
50Hz
LP
Sub
Level
Line
HP
Current Output
Limit
block-diagram-SYNERGY-SA221S-00-1v1
M1806-03 Parts Reference List 5/19/2021
REF
AI-SUB
BLANK
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C24
C25
C26
C28
C30
C31
C200
C202
C203
C204
C205
C206
C207
C208
C209
C210
C211
C212
C213
C216
C217
C218
C219
C220
C221
C222
C223
C224
C225
C226
C227
C228
C229
C230
C231
C232
C233
C234
C235
C242
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
YS #
M1806-59
M1806BLANK
5982
7809
5949
5949
7734
7697
5979
7880
7735
5217
7735
5934
5934
5934
5934
5979
7697
8096
7603
7601
7875
7875
7735
7735
7735
7875
7875
7735
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
7603
7693
7871
7693
5972
7601
7875
5986
5986
7769
7871
8176
5979
5972
5225
7813
5979
7917
5979
5979
7969
7738
8814
6300
6300
8814
8814
7832
7742
7742
7742
7742
7832
8109
8109
7700
7750
7832
Description
SA315S
AMP/SUPPLY PCB AI
3_OZ 2SD 83.4 SQIN 01PER SA315
150P 1000V 5%CAP
1206 SMT C0G
_10U 16V 20%CAP 5X5.4 SMT NP
__3U3 140AC10%CAP BLK RAD POLYP FLM
__3U3 140AC10%CAP BLK RAD POLYP FLM
__1U0 50V 10%CAP
1206 SMT CER
_22U 16V 5%CAP 5X5.5 SMT ELC
100N 50V 5%CAP
0805 SMT X7R
_47U 35V 20%CAP 6.3MM SMT ELE
__4U7 50V 10%CAP
1210 SMT CER
_22N 560V 10%CAP BLK RAD POLY FLM
__4U7 50V 10%CAP
1210 SMT CER
2700U 250V 20%CAP BLK 40X60MM 4PS
2700U 250V 20%CAP BLK 40X60MM 4PS
2700U 250V 20%CAP BLK 40X60MM 4PS
2700U 250V 20%CAP BLK 40X60MM 4PS
100N 50V 5%CAP
0805 SMT X7R
_22U 16V 5%CAP 5X5.5 SMT ELC
470N 100V 10%CAP
1206 SMT X7R
680P 50V 5%CAP
0805 SMT C0G
220N 50V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
__4U7 50V 10%CAP
1210 SMT CER
__4U7 50V 10%CAP
1210 SMT CER
__4U7 50V 10%CAP
1210 SMT CER
100N 100V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
__4U7 50V 10%CAP
1210 SMT CER
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
680P 50V 5%CAP
0805 SMT C0G
__1N 50V 5%CAP
0805 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
__1N 50V 5%CAP
0805 SMT NPO
680N 400V 5%CAP BLK RAD POLY FLM
220N 50V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
_10U 600VDC 5%CAP BLK MPOLYP FLM
_10U 600VDC 5%CAP BLK MPOLYP FLM
__1U 50V 20%CAP 4.3X3.9 SMT ELC
470P 50V 5%CAP
0603 SMT NPO
_47N 100V 10%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
680N 400V 5%CAP BLK RAD POLY FLM
470P 1600V 20%CAP POLYPROP BULK
_47P 50V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
_33U 25V 20%CAP 6.3X5.5 SMT EL
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 10%CAP
1206 SMT X7R
ES1J 600V 1A0 DO214AC SMT SMA
MURA260T3 600V 2A DIO 403D SMT
MURA260T3 600V 2A DIO 403D SMT
ES1J 600V 1A0 DO214AC SMT SMA
ES1J 600V 1A0 DO214AC SMT SMA
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
5237B 8V2 0W2 SOT-23 SMT ZEN
CDSF4148 75V 0A15 1005 SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
REF
D17
D18
D19
D20
D28
D204
D205
D213
D214
F1
F2
F3
F4
F5
F6
HS1
HS2
HS3
HW2
HW4
HW6
HW7
HW8
HW10
HW11
HW12
HW13
HW14
HW15
HW17
L1
L2
L3
L7
L200
Q1
Q2
Q3
Q4
Q5
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q203
Q204
Q205
R1
R2
R3
R4
R5
R6
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R24
R25
R26
R27
R28
R29
R30
R31
YS #
7700
7619
7750
6300
7619
8814
8814
7617
7750
3414
3414
2498
2498
5136
5136
4233
4233
Z1740
8902
8485
8742
8835
8800
8902
3846
4249
8701
8701
8832
8485
8101
7974
8101
7967
6699
7915
7720
5190
6730
6847
8165
7986
6847
8165
6977
6977
7846
2321
8165
2321
5068
7852
5096
8137
7852
7628
7680
8189
5084
5084
5068
5068
5068
5068
5000
7651
7651
7651
8274
7863
8274
7622
7860
7625
7645
7645
7645
7651
5082
7645
Description
5237B 8V2 0W2 SOT-23 SMT ZEN
BZX84C43 43V0 0W3 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
MURA260T3 600V 2A DIO 403D SMT
BZX84C43 43V0 0W3 5% SMT ZEN
ES1J 600V 1A0 DO214AC SMT SMA
ES1J 600V 1A0 DO214AC SMT SMA
BZX84C15LT1 15V0 0W225 ZEN SOT23
CDSF4148 75V 0A15 1005 SMT
INTERNATIONAL PC MOUNT FUSEHOLDER
INTERNATIONAL PC MOUNT FUSEHOLDER
30.0 AMP SLO-BLO .25X1.25 FUSE
30.0 AMP SLO-BLO .25X1.25 FUSE
FUSE 1A25 500VDC SMT F4319
FUSE 1A25 500VDC SMT F4319
22X17X2MM ALN CERAMIC TO247 INSUL
22X17X2MM ALN CERAMIC TO247 INSUL
M1806 HEAT SPREADER
4-40X3/4 PAN PHILIPS MS TBZ
#6 SPLIT WASHER ZINC
4-40X3/8 PAN PH TAPTITE BO&amp;W
6-32X1/2
PAN QUAD MS TIN PLATE
6-32
KEPS NUT ZINC
4-40X3/4 PAN PHILIPS MS TBZ
TO220 THERMO PAD LARGE HOLE 56359B
1POS XSISTOR SPRING
4-40
KEPS NUT ZINC
4-40
KEPS NUT ZINC
6-32X1/4
PAN PH TAPTITE JS500
#6 SPLIT WASHER ZINC
120.0UH COIL A34 1R6 SMT
1000UH 10% COIL 12MM SMT
120.0UH COIL A34 1R6 SMT
_15.0UH COIL
0805 SMT
_453UH CHOKE 91T14.5AWG/79912CORE
T810-600G-TR 8A TRIAC D2PAK SMT
TL431A 3 TERM ADJ VREG SMT SOT-23
MBS4992
TO92 8V5 DIAC T&amp;R
IRF830
TO220 NCH MFET
TN
MMBTA42 NPN
SOT-23 SMT
MMBTA92 PNP
SOT-23 SMT
2N7002
NCH FET SOT-23 SMT T&amp;R
MMBTA42 NPN
SOT-23 SMT
MMBTA92 PNP
SOT-23 SMT
FDT3612 NCH MFET SOT-223 SMT
FDT3612 NCH MFET SOT-223 SMT
MC7815BDTG POS REG SMT DPAK3
IKW75N65EH5 T0247 NPN 75A IGB3
MMBTA92 PNP
SOT-23 SMT
IKW75N65EH5 T0247 NPN 75A IGB3
W125 187K 0.1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 28K7 1%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W100 15K0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W125 33R 5%
0805 SMT RES
W125 33R 5%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 140K 1%
0805 SMT RES
W250 1M0 1%
1206 SMT RES
W250 1M0 1%
1206 SMT RES
W250 1M0 1%
1206 SMT RES
W125 6K20 1%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W125 6K20 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W250 1M0 1%
1206 SMT RES
W125 1K27 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
REF
R32
R33
R34
R35
R36
R37
R38
R39
R40
R41
R42
R43
R44
R45
R46
R47
R48
R49
R50
R51
R52
R53
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R70
R72
R73
R74
R200
R201
R202
R203
R204
R210
R214
R215
R218
R219
R221
R222
R223
R224
R225
R226
R227
R229
R231
R232
R233
R234
R236
R237
R238
R240
R242
R243
R244
R247
R249
R251
R255
R256
R258
R259
R260
R261
R262
R268
SNL1
T4
T5
U1
YS #
7645
7645
7645
7863
7645
7645
7676
7622
7821
7621
7645
7645
7645
7645
7645
5096
7645
7688
7622
7626
7864
8008
7864
5088
5088
5088
5088
4703
4703
7654
7654
7654
5082
7621
5095
5095
7821
7761
7821
7625
7761
7634
7860
7824
8321
7673
7856
7625
7680
7854
7930
7628
7622
7852
7621
7621
7680
7630
7680
7802
5084
7856
5079
5079
5070
7860
7852
7930
7703
7703
7634
7630
4931
7686
7622
8189
8370
8188
8188
8158
Description
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 28K7 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 4M7 5%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 100K0 1%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W250 10K 5% ANTISURGE 0805 SMT RES
W125 100K 5%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
2W00 2R 5%
T&amp;R RES
2W00 2R 5%
T&amp;R RES
W250 619K 1%
1206 SMT RES
W250 619K 1%
1206 SMT RES
W250 619K 1%
1206 SMT RES
W125 1K27 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W250 33R 5%
1206 SMT RES
W250 33R 5%
1206 SMT RES
W125 10R0 1%
0805 SMT RES
W100 12K1 1%
0603 SMT RES
W125 10R0 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 12K1 1%
0603 SMT RES
W100 20K5 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W125 47K5 1%
0805 SMT RES
W125 8K66 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W250 22R 5%
1206 SMT RES
W100 15K0 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W100 1K0 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W100 182K 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
1W00 1R0 5%
2512 SMT RES
W125 33R 5%
0805 SMT RES
W125 470R 5%
0805 SMT RES
2W00 0R02 1%
OARS SMT RES
2W00 0R02 1%
OARS SMT RES
2W00 0R05 1%
OARS SMT RES
W125 4K7 5%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W250 22R 5%
1206 SMT RES
W125 82K5 1%
0805 SMT RES
W125 82K5 1%
0805 SMT RES
W100 20K5 1%
0805 SMT RES
W100 182K 1%
0805 SMT RES
470K 5% THERMISTOR NTC 0805 SMT
W100 274K 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
XF3955 GATE DRIVE XFMR SMT
XF3955 GATE DRIVE XFMR SMT
LNK306G OFFLINE SWITCH SMT SMD8B
REF
U2
U3
U4
U8
U200
U201
U202
U203
U204
U205
U206
W1
W2
W3
W4
W5
W201
ZD200
YS #
7661
7949
7949
7987
6668
7851
7851
6686
7817
7817
8163
3538
3538
4146
4163
3538
2328
7832
Description
LM393D DUAL COMPARATOR SMT SO-8
ZXGD3002E6 GATE DRVR 9A SMT SOT326
ZXGD3002E6 GATE DRVR 9A SMT SOT326
UCC25600 RES MODE CTRL SMT SO8
LTV-8141S ACINPUT OPTOCOUPLER SMT
LM311 COMPARATOR IC SMT SO-8
LM311 COMPARATOR IC SMT SO-8
IRS21844SPBF IC HILO FET DRVR SO14
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
TL331 COMPARATOR IC SMT SOT235
24 PIN BREAKAWAY LOCK .156
24 PIN BREAKAWAY LOCK .156
3 PIN POWER PIN HEADER MALE POLZED
5 PIN POWER PIN HEADER MALE POLZED
24 PIN BREAKAWAY LOCK .156
8 CIR XH-HEADER
0.098IN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
REF
YS #
Description
M1813 01 Parts Reference List 9/29/2020
REF
AI-ASS
C1
C2
J1
J2
J3
L1
PCB1
R1
R2
R3
R4
W1
W2
YS #
M1813-59
8178
8178
4010
4140
4140
7967
M1813BLANK
6543
7624
7624
4967
3966
2357
Description
SA153 INPUT
470P 250V 5%CAP
0603 SMT NP0
470P 250V 5%CAP
0603 SMT NP0
XLR FEML PCB MT VERT 24MM AA-SERIES
XLR MALE PCB MT VERT 24MM A-SERIES
XLR MALE PCB MT VERT 24MM A-SERIES
_15.0UH COIL
0805 SMT
2_OZ 2SD 81.2 SQIN 12PER SA153
48R 265V RESETTABLE THERMISTOR PTC
W100 100R 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 39K2 1%
0805 SMT RES
GRN 16AWG PREFUSED WIRE
4 CIR XH-HEADER RA
0.098IN
REF
YS #
Description
REF
YS #
Description
M1831-01 Parts Reference List 5/19/2021
REF
AI-ASS
J1
PCB1
W1
YS #
M1831-59
4140
M1831BLANK
2369
Description
SA115S/SA221S INPUT
XLR MALE PCB MT VERT 24MM A-SERIES
2_OZ 2SD 46.16 SQIN 21PER SA221S
3 CIR PH-HEADER
2MM
REF
YS #
Description
REF
YS #
Description
M1832-02 Parts Reference List 8/9/2021
REF
AI-ASS
C1
C2
C3
C4
C5
C6
C32
C33
C34
D1
D2
D3
D4
D11
D12
D13
K1
K2
L1
PCB
Q3
Q4
R1
R2
R3
R4
R5
R6
R12
R13
R14
R15
R16
R17
SNL1
W1
W3
W4
W5
W6
W7
W8
W9
YS #
M1832-59
5242
5266
5865
5865
5914
6451
5629
5260
5959
6775
6775
6438
6438
6438
6438
6438
3696
3019
3817
M1832BLANK
6854
5101
2504
2504
2504
2504
4621
4621
4851
4842
4894
4894
4841
4838
8370
4263
4147
4146
4163
4147
4151
4146
4151
Description
SA221S/SA115S AC INPUT
100N 250V 20%CAP BLK 'X2' 15MM AC
680N 250V 20%CAP BLK 'X2' 27MM AC
100N 250V 10%CAP BLK RAD POLY FLM
100N 250V 10%CAP BLK RAD POLY FLM
100U 63V 20%CAP BLK 10X13MM EL
__4N7 250V 20%CAP BLK 'Y' 10MM AC
_10U 160V 20%CAP BLK 10X13MM EL
_22U 50V 20%CAP T&amp;R RAD .2EL
_10U 450V 20%CAP BLK
EL
BRIDGE 25A 600V WIRE LEAD SIP
BRIDGE 25A 600V WIRE LEAD SIP
1N4007 1000V 1A0 DIODE
T&amp;R
1N4007 1000V 1A0 DIODE
T&amp;R
1N4007 1000V 1A0 DIODE
T&amp;R
1N4007 1000V 1A0 DIODE
T&amp;R
1N4007 1000V 1A0 DIODE
T&amp;R
RELAY 1C 02AMP DC24 006MA PC-S
RELAY 1C 30AMP DC110 08MA PC-C
_1.5MH COIL
INPUT COM MODE
3_OZ 2SD 41 SQIN 1PER SA221S AC IN
2N6517 350V TO92 NPN TRAN
TA
BC550C
TO92 NPN TRAN T&amp;R TB
__2R 25% 35A INRSH CURR LIM 36MM
__2R 25% 35A INRSH CURR LIM 36MM
__2R 25% 35A INRSH CURR LIM 36MM
__2R 25% 35A INRSH CURR LIM 36MM
W500 470R 5%
T&amp;R RES
W500 470R 5%
T&amp;R RES
W250 120K 5%
T&amp;R RES
W250 330K 5%
T&amp;R RES
W250 130K 5%
T&amp;R RES
W250 130K 5%
T&amp;R RES
W250 220K 5%
T&amp;R RES
W250 100K 5%
T&amp;R RES
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
2 CIR HDR VERT HI CURR 0.224IN SPC
6 PIN POWER PIN HEADER MALE POLZED
3 PIN POWER PIN HEADER MALE POLZED
5 PIN POWER PIN HEADER MALE POLZED
6 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
3 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
REF
YS #
Description
REF
YS #
Description
M1833-04 Parts Reference List 2023-03-17
REF
AI-SUB
BLANK
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
C200
C202
C203
C204
C205
C206
C207
C208
C209
C210
C211
C212
C213
C216
C217
C218
C219
C220
C221
C222
C223
C224
C225
C226
C227
C228
C229
C230
C231
C232
C233
C234
C235
C242
D1
D2
YS #
M1833-59
M1833BLANK
5982
7809
5949
5949
7734
7697
5979
7880
7735
5217
7735
5923
5923
5923
5923
5979
7697
8096
7603
7601
7875
7875
6011
7735
7735
7735
6011
6011
6011
7875
7735
6011
6011
6011
6011
6011
7875
7738
7738
7875
7693
7693
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
5979
9048
7693
7871
7693
5972
7601
7875
5986
5986
7769
7871
8176
5979
5972
5225
7813
5979
7917
5979
5979
7969
7738
8814
6300
Description
SA115S/SA221S AMP/SUPPLY PCB AI
3_OZ 2SD 83.6 SQIN 01PER SA115S/221
150P 1000V 5%CAP
1206 SMT C0G
_10U 16V 20%CAP 5X5.4 SMT NP
__3U3 140AC10%CAP BLK RAD POLYP FLM
__3U3 140AC10%CAP BLK RAD POLYP FLM
__1U0 50V 10%CAP
1206 SMT CER
_22U 16V 20%CAP 5X5.5 SMT ELC
100N 50V 5%CAP
0805 SMT X7R
_47U 35V 20%CAP 6.3MM SMT ELE
__4U7 50V 10%CAP
1210 SMT CER
_22N 560V 10%CAP BLK RAD POLY FLM
__4U7 50V 10%CAP
1210 SMT CER
3300U 250V 10%CAP BLK 40X80MM 4PS
3300U 250V 10%CAP BLK 40X80MM 4PS
3300U 250V 10%CAP BLK 40X80MM 4PS
3300U 250V 10%CAP BLK 40X80MM 4PS
100N 50V 5%CAP
0805 SMT X7R
_22U 16V 20%CAP 5X5.5 SMT ELC
470N 100V 10%CAP
1206 SMT X7R
680P 50V 5%CAP
0805 SMT C0G
220N 50V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
_33N 630V 5%CAP 1210 SMT COG
__4U7 50V 10%CAP
1210 SMT CER
__4U7 50V 10%CAP
1210 SMT CER
__4U7 50V 10%CAP
1210 SMT CER
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
100N 100V 10%CAP
1206 SMT X7R
__4U7 50V 10%CAP
1210 SMT CER
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
_33N 630V 5%CAP 1210 SMT COG
100N 100V 10%CAP
1206 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
__1N 50V 5%CAP
0805 SMT NPO
__1N 50V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
680P 50V 1%CAP
0805 SMT C0G
__1N 50V 5%CAP
0805 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
__1N 50V 5%CAP
0805 SMT NPO
680N 400V 5%CAP BLK RAD POLY FLM
220N 50V 10%CAP
1206 SMT X7R
100N 100V 10%CAP
1206 SMT X7R
_10U 500VDC 5%CAP BLK MPOLYP FLM
_10U 500VDC 5%CAP BLK MPOLYP FLM
__1U 50V 20%CAP 4.3X3.9 SMT ELC
470P 50V 5%CAP
0603 SMT NPO
_47N 100V 10%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
680N 400V 5%CAP BLK RAD POLY FLM
470P 1600V 20%CAP POLYPROP BULK
_47P 50V 5%CAP
0805 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
_33U 25V 20%CAP 6.3X5.5 SMT EL
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
_10U 16V 10%CAP
1206 SMT X7R
ES1J 600V 1A0 DO214AC SMT SMA
MURA260T3 600V 2A DIO 403D SMT
REF
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
D28
D204
D205
D213
D214
F5
F6
HS1
HS2
HS3
HW1
HW2
HW4
HW6
HW7
HW8
HW9
HW10
HW11
HW12
HW13
HW14
HW15
HW17
L1
L2
L3
L4
L7
L200
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
Q13
Q14
Q15
Q203
Q204
Q205
R1
R2
R3
R4
R5
R6
R7
R8
R9
YS #
6300
8814
8814
7832
7742
7742
7742
7742
7832
8109
8109
7700
7750
7700
7700
7619
7750
6300
7742
7742
7832
7832
7832
7619
8814
8814
7617
7750
5136
5136
4233
4233
Z1740
8800
8902
8485
8742
8835
8835
8800
8902
4124
4249
8701
8701
8832
8485
8101
7974
8101
2919
7967
6699
7915
7720
5190
6730
6847
6847
8165
7986
6847
8165
6977
6977
7846
6847
6847
2321
8165
2321
5068
7852
5096
8137
7852
7628
7680
8189
8053
Description
MURA260T3 600V 2A DIO 403D SMT
ES1J 600V 1A0 DO214AC SMT SMA
ES1J 600V 1A0 DO214AC SMT SMA
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BAV21WS 200V 0A2 SOD323 SMT
BAV21WS 200V 0A2 SOD323 SMT
5237B 8V2 0W2 SOT-23 SMT ZEN
CDSF4148 75V 0A15 1005 SMT
5237B 8V2 0W2 SOT-23 SMT ZEN
5237B 8V2 0W2 SOT-23 SMT ZEN
BZX84C43 43V0 0W3 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
MURA260T3 600V 2A DIO 403D SMT
B0540
SOD123 SMT SCHTKY
B0540
SOD123 SMT SCHTKY
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
BZX84C43 43V0 0W3 5% SMT ZEN
ES1J 600V 1A0 DO214AC SMT SMA
ES1J 600V 1A0 DO214AC SMT SMA
BZX84C15LT1 15V0 0W225 ZEN SOT23
CDSF4148 75V 0A15 1005 SMT
FUSE 1A25 500VDC SMT F4319
FUSE 1A25 500VDC SMT F4319
22X17X2MM ALN CERAMIC TO247 INSUL
22X17X2MM ALN CERAMIC TO247 INSUL
M1806 HEAT SPREADER
6-32
KEPS NUT ZINC
4-40X3/4 PAN PHILIPS MS TBZ
#6 SPLIT WASHER ZINC
4-40X3/8 PAN PH TAPTITE BO&amp;W
6-32X1/2
PAN QUAD MS TIN PLATE
6-32X1/2
PAN QUAD MS TIN PLATE
6-32
KEPS NUT ZINC
4-40X3/4 PAN PHILIPS MS TBZ
SILPAD 1500ST 1.100 X0.820 BERQUIST
1POS XSISTOR SPRING
4-40
KEPS NUT ZINC
4-40
KEPS NUT ZINC
6-32X1/4
PAN PH TAPTITE JS500
#6 SPLIT WASHER ZINC
120.0UH COIL A34 1R6 SMT
1000UH 10% COIL 12MM SMT
120.0UH COIL A34 1R6 SMT
__0.18UH 20% COIL 11MM SMT
_15.0UH COIL
0805 SMT
_453UH CHOKE 91T14.5AWG/79912CORE
T810-600G-TR 8A TRIAC D2PAK SMT
TL431A 3 TERM ADJ VREG SMT SOT-23
MBS4992
TO92 8V5 DIAC T&amp;R
IRF830
TO220 NCH MFET
TN
MMBTA42 NPN
SOT-23 SMT
MMBTA42 NPN
SOT-23 SMT
MMBTA92 PNP
SOT-23 SMT
2N7002
NCH FET SOT-23 SMT T&amp;R
MMBTA42 NPN
SOT-23 SMT
MMBTA92 PNP
SOT-23 SMT
FDT3612 NCH MFET SOT-223 SMT
FDT3612 NCH MFET SOT-223 SMT
MC7815BDTG POS REG SMT DPAK3
MMBTA42 NPN
SOT-23 SMT
MMBTA42 NPN
SOT-23 SMT
IKW75N65EH5 T0247 NPN 75A IGB3
MMBTA92 PNP
SOT-23 SMT
IKW75N65EH5 T0247 NPN 75A IGB3
W125 187K 0.1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W125 28K7 1%
0805 SMT RES
W125 1K62 1%
0805 SMT RES
W250 10R 5%
1206 SMT RES
W100 15K0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W100 150R 5%
0805 SMT RES
REF
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R24
R25
R26
R27
R28
R29
R30
R31
R32
R33
R34
R35
R36
R37
R38
R39
R40
R41
R42
R43
R44
R45
R46
R47
R48
R49
R50
R51
R53
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R64
R65
R66
R67
R70
R71
R72
R73
R74
R75
R76
R77
R78
R79
R80
R81
R200
R201
R202
R203
R204
R210
R214
R215
R218
R219
R221
R222
YS #
8053
5068
5068
5068
5068
5000
7651
7651
7651
8274
7863
8274
7622
7860
7625
7645
7645
7645
7651
5082
7645
7645
7645
7645
7863
7645
7645
7676
7622
7821
7621
7645
7645
7645
7645
7645
5096
7645
7688
7622
7626
8008
7622
5088
5088
5088
5088
4703
4703
7654
7654
7654
7864
7864
7864
7645
5082
7645
7621
5095
5095
7864
7645
7645
7645
7864
7864
7622
7821
7761
7821
7625
7761
7634
7860
7824
8321
7673
7856
7625
Description
W100 150R 5%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 140K 1%
0805 SMT RES
W250 1M0 1%
1206 SMT RES
W250 1M0 1%
1206 SMT RES
W250 1M0 1%
1206 SMT RES
W125 6K20 1%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W125 6K20 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W250 1M0 1%
1206 SMT RES
W125 1K27 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 33K 5%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 28K7 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 4M7 5%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 100K0 1%
0805 SMT RES
W250 10K 5% ANTISURGE 0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
W125 49K9 1%
0805 SMT RES
2W00 2R 5%
T&amp;R RES
2W00 2R 5%
T&amp;R RES
W250 619K 1%
1206 SMT RES
W250 619K 1%
1206 SMT RES
W250 619K 1%
1206 SMT RES
W125 100K 5%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 1K27 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W250 33R 5%
1206 SMT RES
W250 33R 5%
1206 SMT RES
W125 100K 5%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W100 475K 1%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W100 12K1 1%
0603 SMT RES
W125 10R0 1%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
W100 12K1 1%
0603 SMT RES
W100 20K5 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W125 47K5 1%
0805 SMT RES
W125 8K66 1%
0805 SMT RES
W100 475R 1%
0805 SMT RES
W125 470R 5%
0805 SMT RES
W100 10K0 1%
0805 SMT RES
REF
R223
R224
R225
R226
R227
R229
R231
R232
R233
R234
R236
R237
R238
R240
R242
R243
R244
R247
R249
R251
R255
R256
R258
R259
R260
R261
R262
R268
SNL1
T4
T5
U1
U2
U3
U4
U5
U8
U200
U201
U202
U203
U204
U205
U206
W1
W2
W3
W4
W5
W201
ZD200
YS #
7680
7854
7930
7628
7622
7802
7621
7621
7680
7630
7680
7802
5084
7856
5079
5079
5070
7860
7802
7930
7703
7703
7634
7630
4931
7686
7622
8189
8370
8188
8188
8158
7661
6960
6960
7836
7987
6668
7851
7851
6686
7817
7817
8163
3538
3538
4146
4163
3538
2328
7832
Description
W100 6K98 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W250 22R 5%
1206 SMT RES
W100 15K0 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
1W00 1R0 5%
2512 SMT RES
W100 1K0 1%
0805 SMT RES
W100 1K0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W100 182K 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
1W00 1R0 5%
2512 SMT RES
W125 33R 5%
0805 SMT RES
W125 470R 5%
0805 SMT RES
2W00 0R02 1%
OARS SMT RES
2W00 0R02 1%
OARS SMT RES
2W00 0R05 1%
OARS SMT RES
W125 4K7 5%
0805 SMT RES
1W00 1R0 5%
2512 SMT RES
W250 22R 5%
1206 SMT RES
W125 82K5 1%
0805 SMT RES
W125 82K5 1%
0805 SMT RES
W100 20K5 1%
0805 SMT RES
W100 182K 1%
0805 SMT RES
470K 5% THERMISTOR NTC 0805 SMT
W100 274K 1%
0805 SMT RES
W100 1M0 1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
XF3955 GATE DRIVE XFMR SMT
XF3955 GATE DRIVE XFMR SMT
LNK306G OFFLINE SWITCH SMT SMD8B
LM393D DUAL COMPARATOR SMT SO-8
ZXGD3006E6Q GATE DRVR 10A SMT SOT26
ZXGD3006E6Q GATE DRVR 10A SMT SOT26
TLC555 TIMER
SMT SO8 IC
UCC25600 RES MODE CTRL SMT SO8
LTV-8141S ACINPUT OPTOCOUPLER SMT
LM311 COMPARATOR IC SMT SO-8
LM311 COMPARATOR IC SMT SO-8
IRS21844SPBF IC HILO FET DRVR SO14
33078 DUAL OPAMP
SMT SO-8
33078 DUAL OPAMP
SMT SO-8
TL331 COMPARATOR IC SMT SOT235
24 PIN BREAKAWAY LOCK .156
24 PIN BREAKAWAY LOCK .156
3 PIN POWER PIN HEADER MALE POLZED
5 PIN POWER PIN HEADER MALE POLZED
24 PIN BREAKAWAY LOCK .156
8 CIR XH-HEADER
0.098IN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
REF
YS #
Description
M1834-01 Parts Reference List 5/19/2021
REF
C1
C2
C5
C6
C7
C8
C9
C10
F1
F2
F3
F4
F5
F6
PCB
SNL1
W1
W2
W4
W5
YS #
5911
5911
5911
5911
5911
5911
5911
5911
2499
2499
3477
3477
3477
3477
M1834BLANK
8370
4194
4146
4147
4151
Description
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
1.25 AMP SLO-BLO 500V AXIAL FUSE
1.25 AMP SLO-BLO 500V AXIAL FUSE
5AG FUSE CLIP CARTRIDGE 30A PCB
5AG FUSE CLIP CARTRIDGE 30A PCB
5AG FUSE CLIP CARTRIDGE 30A PCB
5AG FUSE CLIP CARTRIDGE 30A PCB
3_OZ 2SD 58.7 SQIN 01PER SA221S CAP
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
2X2 3 MM MICRO MATE-N-LOK VRT
3 PIN POWER PIN HEADER MALE POLZED
6 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
REF
YS #
Description
REF
YS #
Description
M1837-01 Parts Reference List 5/19/2021
REF
PCB
R74
SNL1
T1
W2
W10
W11
W12
W13
YS #
M1837BLANK
4683
8370
1233
4056
4151
4151
4151
4263
Description
3_OZ 2SD 60.9SQIN 6PER SYNERGY CURR
1W00 1K8 5%
T&amp;R RES
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
CURRENT XMFR SML PC MNT EI-25
2 CIR XH-HEADER
0.098IN
4 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
2 CIR HDR VERT HI CURR 0.224IN SPC
REF
YS #
Description
REF
YS #
Description
M1840-01 Parts Reference List 5/19/2021
REF
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
F1
F2
PCB
SNL1
W1
W2
W4
W5
YS #
5911
5911
5911
5911
5911
5911
5911
5911
5911
5911
2499
2499
M1840BLANK
8370
4194
4146
4147
4151
Description
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
2700U 250V 20%CAP BLK 40X63MM 4PS
1.25 AMP SLO-BLO 500V AXIAL FUSE
1.25 AMP SLO-BLO 500V AXIAL FUSE
2_OZ 2SD 58.7 SQIN 01PER SA315/221S
1 MIL POLYIMIDE LABEL, 1&quot; X .380&quot;
2X2 3 MM MICRO MATE-N-LOK VRT
3 PIN POWER PIN HEADER MALE POLZED
6 PIN POWER PIN HEADER MALE POLZED
4 PIN POWER PIN HEADER MALE POLZED
REF
YS #
Description
REF
YS #
Description
M1950-03 Parts Reference List 5/19/2021
REF
AI-ASS
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
C43
C44
C45
C46
C47
C48
C49
C50
C51
C52
C55
C134
C135
D1
D2
D3
D4
D5
D6
D7
D10
D11
D12
D39
D40
K1
L2
L3
L6
L7
L10
L11
L12
LD1
LD2
LD3
LD4
YS #
M1950-59
5979
7871
7878
5979
5979
5669
5945
5945
5233
5233
5212
5979
5979
5979
5979
5212
7738
7969
5979
5979
5979
7878
5979
7878
5979
7878
7878
5979
5979
5979
5979
7871
7871
5979
7878
7878
7871
5979
5979
7927
5212
5212
8253
8253
8253
7878
5979
7738
7738
7738
7927
7927
7811
5979
5979
6657
7750
7750
6657
7832
7750
7750
7750
7750
7750
7750
7750
3700
7967
8152
7941
7941
7967
7967
7967
7031
7032
7033
7032
Description
SA221S INPUT DSP BOARD 1OZ
100N 50V 5%CAP
0805 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
470U 6V3 20%CAP RAD EL T&amp;R
_10U 63V 20%CAP T&amp;R RAD .2EL
_10U 63V 20%CAP T&amp;R RAD .2EL
330N 63V 5%CAP T&amp;R RAD .2FLM
330N 63V 5%CAP T&amp;R RAD .2FLM
100N 100V 5%CAP T&amp;R RAD .2FLM
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 100V 5%CAP T&amp;R RAD .2FLM
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 20%CAP
0805 SMT X5R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
470P 50V 5%CAP
0603 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
__1U 25V 20%CAP
1206 SMT X7R
470P 50V 5%CAP
0603 SMT NPO
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
100P 50V 10%CAP
0805 SMT NPO
100N 100V 5%CAP T&amp;R RAD .2FLM
100N 100V 5%CAP T&amp;R RAD .2FLM
20P 100V 5%CAP
0805 SMT NPO
20P 100V 5%CAP
0805 SMT NPO
20P 100V 5%CAP
0805 SMT NPO
__1U 25V 20%CAP
1206 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
_10U 16V 10%CAP
1206 SMT X7R
100P 50V 10%CAP
0805 SMT NPO
100P 50V 10%CAP
0805 SMT NPO
100U 25V 20%CAP 8X5.4 SMT ELE
100N 50V 5%CAP
0805 SMT X7R
100N 50V 5%CAP
0805 SMT X7R
B160-E3 60V 1A0 SCH DO214AC SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
B160-E3 60V 1A0 SCH DO214AC SMT
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
CDSF4148 75V 0A15 1005 SMT
RELAY 2C 01AMP DC24 015MA PC-S
_15.0UH COIL
0805 SMT
220UH COIL 10X10MM SMT
__8.2UH COIL
1210 SMT
__8.2UH COIL
1210 SMT
_15.0UH COIL
0805 SMT
_15.0UH COIL
0805 SMT
_15.0UH COIL
0805 SMT
GRN
LED 2V8 20MA 1206 SMT
YEL
LED 1V7 20MA 1206 SMT
RED
LED 1V5 20MA 1206 SMT
YEL
LED 1V7 20MA 1206 SMT
REF
LD6
P4
PCB1
Q1
Q2
Q3
R1
R2
R3
R4
R5
R6
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
R28
R29
R30
R31
R32
R33
R35
R36
R37
R38
R39
R40
R41
R42
R44
R45
R46
R47
R48
R49
R51
R52
R53
R54
R55
R56
R57
R58
R59
R62
R65
R66
R67
R68
R69
R70
R71
R72
R73
R75
R76
R107
R165
R176
R177
R178
R181
YS #
7031
2339
M1950BLANK
7837
7837
6847
7951
7638
7675
8027
5066
7928
7820
7951
7820
7858
7820
7928
7708
7951
7849
7676
7676
7624
7781
7854
7624
8135
8135
7928
7928
7928
7820
7670
7860
7632
7821
7928
7624
7671
7671
7680
7624
7670
7745
8027
7821
7860
5084
5084
8189
7951
7951
7854
7857
7676
8189
7857
7708
7676
5068
5068
8189
8189
7928
7928
7740
8135
8135
5084
8027
7676
7928
7680
5066
5067
7637
7864
7898
5067
Description
GRN
LED 2V8 20MA 1206 SMT
_10K B LIN 12MM DUAL 21DET P34
1_OZ 2SD 60.67SQIN 3PER SA221S INP
MMBT5401 PNP
SOT-23 SMT
MMBT5401 PNP
SOT-23 SMT
MMBTA42 NPN
SOT-23 SMT
W125 750R 1%
0805 SMT RES
W100 3K74 1%
0805 SMT RES
W125 1K21 1%
0805 SMT RES
W125 37K4 1%
0805 SMT RES
W125 22K1 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 499R 1%
0805 SMT RES
W125 750R 1%
0805 SMT RES
W100 499R 1%
0805 SMT RES
W125 1K5 5%
0805 SMT RES
W100 499R 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 200R 1%
0805 SMT RES
W125 750R 1%
0805 SMT RES
W250 0R27 5%
1206 SMT RES
W100 2K0 1%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W063 49R9 1%
0603 SMT RES
W125 47R 5%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 47K 5%
0805 SMT RES
W125 47K 5%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 499R 1%
0805 SMT RES
W125 47R5 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W100 2K32 1%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 249R0 1%
0805 SMT RES
W125 249R0 1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W100 100R 1%
0805 SMT RES
W125 47R5 1%
0805 SMT RES
W125 0R 5%
0805 SMT RES
W125 37K4 1%
0805 SMT RES
W125 10R0 1%
0805 SMT RES
W125 4K7 5%
0805 SMT RES
W125 33R 5%
0805 SMT RES
W125 33R 5%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W125 750R 1%
0805 SMT RES
W125 750R 1%
0805 SMT RES
W125 47R 5%
0805 SMT RES
W125 560R 5%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W125 560R 5%
0805 SMT RES
W100 200R 1%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 187K 0.1%
0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W125 4K02 0.1% 0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W125 698R 1%
0805 SMT RES
W125 47K 5%
0805 SMT RES
W125 47K 5%
0805 SMT RES
W125 33R 5%
0805 SMT RES
W125 37K4 1%
0805 SMT RES
W100 2K0 1%
0805 SMT RES
W125 10K00 0.1%
0805 SMT RES
W100 6K98 1%
0805 SMT RES
W125 22K1 1%
0805 SMT RES
W125 31K6 0.1%
0805 SMT RES
W125 3K32 1%
0805 SMT RES
W125 100K 5%
0805 SMT RES
W125 1K02 0.1%
0805 SMT RES
W125 31K6 0.1%
0805 SMT RES
REF
S1
S4
SNL2
TP1
TP7
TP8
TP9
TP10
TP12
TP13
TP14
TP15
U1
U2
U3
U4
U5
U6
U7
U8
U9
W1
W2
W3
W4
W6
W8
ZD1
ZD2
YS #
3522
4189
8372
8002
8002
8002
8002
8002
8002
8002
8002
8002
7817
7719
6670
6667
7012
7012
7669
7669
7669
2357
2328
4183
2328
2369
4056
7832
7832
Description
DPDT MINI PC VERT SNP ALT
DP4T NONSHORTING VERT ROT SWT
1 MIL POLYIMIDE LABEL,.375&quot; X .375&quot;
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
TEST POINT MINIATURE
SMT
33078 DUAL OPAMP
SMT SO-8
MC33063ADR BUCK/BOOST INV IC SO8
AK4558 32BIT CODEC
SMT QFN28
MK10DN512VLK10 100MHZ MCU IC LQFP80
LP2950-33 LDRP TO92 FIXED 3V3 REG
LP2950-33 LDRP TO92 FIXED 3V3 REG
TL072 DUAL OPAMP
SMT SO-8
TL072 DUAL OPAMP
SMT SO-8
TL072 DUAL OPAMP
SMT SO-8
4 CIR XH-HEADER RA
0.098IN
8 CIR XH-HEADER
0.098IN
10 CIR DUAL ROW HDR 0.05 SPC SMT
8 CIR XH-HEADER
0.098IN
3 CIR PH-HEADER
2MM
2 CIR XH-HEADER
0.098IN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
MM3Z18VT1G 18V0 0W2 5% SMT ZEN
1
2
3
4
5
6
8
9
10
+15V_MOD
+15VS
SUBWOOFER AMP
A
7
PIC20 1
PIC20 2
50V
PIC2031
PIC2032
100N
COC202
C202
0805
50V
100N
COC203
C203
0805
PIC204 1
PIC204 2
50V
100N
COC204
C204
0805
PIC2051
PIC2052
PIC2302
PIC2301
50V
0805
100N
COC212
C212
PIC21 01
PIC21 02
PIC2091
PIC2092
100N
50V
LVGND
0805
50V
100N
COC209
C209
0805
PIC210 1
PIC210 2
50V
100N
COC210
C210
0805
PIC210
PIC2102
50V
100N
COC211
C211
0805
PIC23401
PIC23402
CON1211
N1211
0805
10R0
100N
COC233
C233
0805
100N
PILink301
COR202
R202
0805
17
50V
PILink402
PILink401
COLink4
Link4
PILink201
PIC208 1
PIC208 2
50V
PILink501
PILink202
COLink2
Link2
PILink502
COLink5
Link5
B
WOOFGND 100N 50V
COC208
PIR20201 W125PIR20202
C208
0805
LVGND
PSGND WOOFGND
CON1212
N1212 0805
WOOFGND
10R0
-15VS
-15VS
PILink302
COLink3
Link3
16
0805
COC206
C206
0805
COC234
C234
-15V_MOD
1
PIEC201
15
C200
50V
C207 LVGND
50V
COEC2
EC2
CON_HOLE_189
100N
PIC2061
PIC2062
PIC2071 COC207
PIC2072
PIC20 1 COC200
PIC20 2
0805
PIN121201
14
A
PIR20002W125PIR20001
100N 50V
COC205
C205
13
+15VS
COR200
R200
PIN121 01
+/-15V_MOD
B
12
+15VS
+15V_MOD
100N
11
-15VS
-15V_MOD
C
C
LVGND
COR203
R203
PIR20301 W100PIR20302
0805
10K0
COR204
R204
0603
PIR23602 COR236
1/8W
PIC2501
PIC2502
470P
+
PIU205 4
PIR23601
DUAL OPAMP
COR231
R231
COU204:3
COU204:1
COU204:2
U204:1
-
DUAL OPAMP
1
PIU20401
COR232
R232
1
3
PIU20501
PIR23101W100PIR23102 PIR23201W100PIR23202 PIU20403
0805
7817 1K0
MC33078D
C242
10U COC242
16V
0805
COR8
R8
PIR801 W125PIR802
+
-
1K0
7817
5
PIU20505
PIU20 4 PIU20 6
PIU20 1
7817
7
PIU20507
4K02
MC33078D
-
DUAL OPAMP
0805
0805
SO8
MC33078D
U205:2
6
PIU20506
C226
100V COC226
PIR240 1
PIR6201
PIQ20403
PIQ20402
+
WOOFGND
R240
0805
PIR902
PID204 1 COD204
PID204 2 D204
ES1J
PIR24701
PIU206 5
0805
3
PIU20603
1
PIU20301
IN
2
PIU20302
SD
4 DT
PIU20304
1M0
0805
4
PIU20604
+
3
PIU20303
PIR25801
0805
0805
PIR260 1 470K
10U
COC235
C235
10V
PIU206 2
PIC21602
COC216
PIC21601
8163 TL331
COU206
U206 C216
SOT23-5
0805
50V
1N
0805
2
PIR210COR210
R210
0805
1
PIR210 20K5
PIC2301
PIC2302
COC230
C230 PIR2402 COR24
47P
50V
0805
W125
R258
20K5
PIC23501
PIC23502
2
W100
PIR25802 COR258
PIR260 2COR260
R260
-
W100
1
PIU20601
I
PIR2401
C221
100NCOC221
100V
1206
1U 50V
PIZD20 2 ZD200
COZD200
PIZD20 1 18V0
4X4mm
PIR5902 COR59
SOD-323
PIR5901
PIR60 2
C232
R24
4K7
0805
301 PIC2310
PIC2COC232
PIC2302 PIC23102
33U 25V
12
HO PIU203012
13
VB PIU203013
11
VS PIU203011
COR23
R23
+15V_LS
5
COM PIU20305
6
LO PIU20306
VSS
33R
100N
2
PIU402
0805
PIR2502
0805
50V
PIR2501
6x6mm
COR25
R25
10K0
5
PIU405
PIC2 802
COD21
D21
SOD123
1206
GND
COU4 22R
U4
3 ZXGD3002E6
7949
PIU403
PSGND
COR11
R11
PIR1302
COC229
C229
1600V
470p
OARS
187K
187K
0805
0805
PIR1301
PIR24301
PIR25601W125PIR25602
0805
0805
D2PAK
COQ3:1
Q3:1
COR2
R2
PIQ101
COC22
100N C22
1206
2
3
4
5
6
7
8
PIC3501
PIC3502
COC35
C35
1210
PIC3601
PIC3602
COC23
C23
1210
PIC2702
0805
COC27
C27
COC2
C2
3
PIW503
4
2
PIW502
H
W5:4
W5:3
4
W5:2
1
PIW501
4
COW5:4
COW5:2
COW5:3
COW5:1
W5:1
4
PIW104
COC36
C36
1210
4
W1:4
3
PIW103
4
W1:3
2
PIW102
4
W1:2
1
PIW101
COW1:1
COW1:2
COW1:3
4 COW1:4
W1:1
I
PSGND
1210
PIC202PIC201
10U
16V
PIC2801
COEC3
EC3
1
PIEC301
CON_HOLE_189
COEC7
EC7
1
PIEC701
COEC8
EC8
PIC2802
1
PIEC801
COEC10
EC10
CON_HOLE_140
1
PIEC1001
4
COC28
C28
PIW204
4
W2:4
3
PIW203
4
W2:3
2 4
PIW202
W2:2
1
PIW201
4
COW2:1
COW2:2
COW2:3
COW2:4
W2:1
1
Of
J
1210
CON_HOLE_140
PSGND
WOOFER
RED
CON_HOLE_140
YS #8357
Section:
CHSGND
BLK
9
4
PIW504
4
187K
Product(s):
Woofer Amp
SA315S/SA221S
PCB# M1806
Date Modified:
BLK
1
11mm
PIR1401W125PIR1402
82K5
K
6668
4PIN SMT
COR14
R14
PIC2701
PIC2301
1206
CHSGND
RED
4
3
2
1
0805
PIC10
PIC102
COC1
C1
MBS4992
5190 {Voltage}
0805
82K5
2
PIU20002
50V
COQ1
Q1
T810-600G-TR PIQ102
7915
COR13
R13
187K
10R
33N
PIR25501 W125PIR25502
PIC2701
PIC2702
100N
OARS
0805
5X5.5mm
COR256
R256
PIR24 01
R244
0R05
G
LTV-8141S
COC227
C227
PIL401
-Hi
COR255
R255
OARS
2919
0.18UH
PIQ302 TO92 PIQ303PIR201 W250 PIR202PIQ103
PIC230
J
COU200:1
U200:1
1
PIU20001
COL4
L4
1206
PIC2 01
PIC2 02
R243
0R02
PIL402
R12
187K
+15V_LS
100V
PIR24201
R242
0R02
PIR101W125PIR102 PIR1101W125 PIR1102
PIR1201
PIQ20503
6 PIR25101W250PIR25102
IN2 SOURCE PIU406
SOT23-6
2R
COR238
R238
PIR24202 COR242 PIR24302 COR243 PIR24 02 COR244
PIR1202 COR12
.
PIC2902
PIQ20501
PID2101
PID2102
DNS
COR251
R251
COR60
R60
140V
3U3
33R
C228
680N
COR1
R1
2R
RAD POLY
0805
400V
.
COC4
C4
PIR23801W125PIR23802
1
PIC2 80COC228
R59
PIC2901
10R
VCC
4
IN1
SINK PIU404
0805
PIQ20502
1206
PIU401
COR10
R10
SO14
COR249
R249
PIR24901W250PIR24902
1
PIR1002 W125PIR1001
6686
COC231
C231
COQ205
Q205
1206
DNS
PIR60 1
2321 T0247
IKW75N65EH5
PIR2301 W250 PIR2302
W100
PIR26101
5
0805
W100
W100
PIR25901
0805
COU203
U203
IRS21844S
PIR26201W100PIR26202
PIC401
PIC402
COC3
C3
140V
3U3
PIL20001
453UH
6699
COC224
C224
0805
COR262
R262
274K
33R
PIL20002
DO-214AC
VCC
F
400V
PIC301
PIC302
RAD POLY
COL200
L200
ES1J
2512
WOOFGND
182K
RAD POLY
PID20502
PID20501
1R0
R247
4K7
PIC210 PIC2 401
PIC2102 PIC2 402
COR9
R9
PIR901
7
R261
COC223
C223
600V
10U
COC219
C219
680N
RAD POLY
COD205
D205
COR237
R237
PIR23702 1W00PIR23701
PIU20307
R259
600V
10U
PIR23402W100PIR23401
SOT-23
PIR24702 COR247
470R
COC222
C222
0805
DO-214AC
PIR25902 COR259 PIR26102 COR261
COR234
R234
1206
PIC2301
PIC2302
182K
WOOFGND
H
DNS
+15V_LS
-15V_MOD
PIC2 01
PIC2 02
SOD123
R62
619K
COQ204
Q204
MMBTA92
8165
PIQ20401
PIR240 2 COR240
47N 1206
-15V_MOD
1M0
1206
PIC2 601
PIC2 602
R236
6K98
0805
2
PIU20402
220N 1206
COU205:1
COU205:2
COU205:3
U205:1
3
PIU20203
PIQ20303
COD22
D22
PID2201
PID2202
PIR6202 COR62
7851
47R
COR227
R227
PIR22701 W100PIR22702
PIU303
630V
3
PIU20503
4
G
PIU205 8
-
PIC24 01
PIC24 02
LM311
PIC2190
PIC21902
22R
COU3
U3
3 ZXGD3002E6
7949
33N
2
PIU20502
COC225
C225 50V
C220
50V COC220
+
2321
630V
PIR23 02 6K98 PIR702 6K98
-15VS
PIC201
PIC202
+15V_MOD
0805
0805
GND
SOT23-6
W125
CON1205
N1205
0805
50V
PIR6101
COU202
U202
COQ203
Q203
T0247
PIQ20301
1206
33N
1N
6K98
PIR701
COR233
R233 COR7
R7
1/8W
PIR23 01
8
8 PIW20108 PIN120501
2
PIU20202
PIC21802 PIC21801PIR22401 W125PIR22402
0805
PIU20 7
IKW75N65EH5
630V
PIR22301 1/8WPIR22302
CON1204
N1204
R224
COC218
C218 COR224
0805
IN2 SOURCE
1206
PIQ20302
10R
6
PIU306
33N
PIU20 8 PIU20 5
WOOFGND
5
PIU305
2W00
50V
0603
R61
619K
1206
COR225
R225
PIR22501 W250 PIR22502
2W00
PIR2 601
PIR6102 COR61
0805
1000V
-15V_MOD
COR229
R229
PIR22901 W250 PIR22902
150P
470P
COR223
R223
PIU301
1
VCC
2
4
PIU302
IN1
SINK PIU304
MT2
0805
R226
15K0
MT1
470R
PIC21702 PIC21701
7 PIN120401
PIW20107
1206
PIR2 602 COR226
2W00
CON1206
N1206
PIR6301
R221
COC217
C217
6 PIN120601
PIW20106
+15V_MOD
G
PIR2 101
+15V_MOD
W125
-15V_MOD
7817
MC33078D
W125
0603
PIU204
+Hi
630V
PIR2 102 COR221
12K1
WOOFGND
+
0805
DNS
33N
10K0
E
1206
COR63
R63
619K
2W00
PIR2 202
PIR23001W250PIR23002
2W00
PIU201
PIU201 4 PIU201 6
5
PIU20405
PIR6302
630V
COR201
R201
PIR20101 W100PIR20102
COR222
R222
COR230
R230
7
PIU20407
W125
0805
-
W250
PIR2 201
W250
W125
-
U204:2
DUAL OPAMP
W250
PIR21901
LVGND
5 PIN120701 POLVGND2
PIW20105
CON1207LVGND2
6
PIU20406
W100
CON1203
N1203
3
PIU20103
R219
475R0
+Hi
PIU204 8
0805
W125
PIN120301
CDSF4148
7
PIR21902 COR219
15V0
4K02
D1005
SO8
+15V_MOD
COR268
R268
PIR26801 W125PIR26802
1
0805
SOT-23
1/8W
W201:8
+
PID21402
PID21401
7851
49K9
0805
8K66
COD214
D214
COU201
U201
LM311
8
COR58
R58
+15VS
8
PIU201 7
SILENT
0805
8
5
8
PIU201 8 PIU201 5
2
PIU20102
N1207
F
W201:7
PIR21501
D
PIC21302 PIC21301
680P 50V
0805
4
6
W201:6
8
0805
COC213
C213
W125
W201:5
8
49K9
0805
0805
1
W201:4
4
PIW20104
49K9
49K9
PID21302 COD213
PID21301 D213
0805
COR218
R218
PIR21801 W125PIR21802
47K5
PIR5701 W125PIR5702 PIR5801 W125PIR5802
CON1202
N1202
SILENT ON/OFF
4K7
R215
W100
PIN120201
OC
E
PIR5601 W125PIR5602
COR57
R57
PIR21401
4
6
8
3
PIW20103
+15V_MOD
COR214
R214
7
CON1208
N1208
PIR21402
8
5
8 PIW20102 PIN120801
12K1
PIR21502 COR215
COR56
R56
W125
COR55
R55
PIR5501 W125PIR5502
LVGND
W100
W201:3
CON1201
N1201
2
+15V_MOD
+Fuse
8
W201:2
1
8 PIW20101 PIN120101
V- V+
COW201:8
COW201:1
COW201:2
COW201:3
COW201:4
COW201:5
COW201:6
COW201:7
W201:1
0603
V- V+
FROM INPUT PCB
D
+15V_MOD
PIR20401W100PIR20402
4
PSGND
10
11
12
13
14
K
Rev# V04
BOM Rev# 01
Sheet
2020-07-30
Filename: Amp.SCHDOC
15
16
17
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
COL7
L7
COD20
D20
PIL702
7967
B
PID2002
PID2001
PIL701
+15V_LS
MURA260
B
403D
PIC2402 COC24
PIC2401
W125
5136
W125
PIR20 2
PIC 7
PIR1502
PIC 6
PIC 5
PIR1501
COR29
R29
+Fuse
COR16
R16
COR17
R17
COR15
R15
140K0
1M0
1M0
1M0
1206
1206
1206
R21
6K20
PIR20 1
PIQ202
PIQ203
PIQ201
PIR30 1 COR30
COR20
R20
33K
0805
PIR30 2
7720
TL431A
COQ2
Q2
2V5
0805
R30
1K27
PIC1602
PIC1601
50V
PIQ1202
XF3955
1206
PIR7202 COR72
PIU806
COC5
C5
1206
PIR7201
COQ12
Q12
D
SOT233
S
R72
1K0
PIC2602
PIC2601
FDT3612
6977
4
PIT404
PIQ1203
COD9
D9
PID901
PID902
4U7
PIC501
PIC502
COR74
R74
PIQ1201
PIR7401W250PIR7402
G
33R
5
PIT505
8
PIT408
SOD123
5
PIT405
COC26
C26
1210
100V
-
COR22
R22
2
PIU202
B0540
1M0
F
5
+PIU205
COC16
C16
PID602
+Fuse
W100
PIR3401
PIR3201
PIR4202
DISCHARGE RAILS
0805
COC18
C18
PIR4301
COR35
R35
PIR4201
470N
R43
475K
100V
0805
PIR3701
PIR3502
W125 PIR3501
FROM POWER SUPPLY
(OPEN COLLECTOR)
PIC210 COC21
PIC2102
C21
W3:3
3
2
PIW302
W4:2
5
2
PIW402
PIR4702
PIC1201
PIC120
630V
COC29
C29
1210
33N
630V
PIC2901 PIC3201
PIC2902 PIC320
1
COW4:1
COW4:2
COW4:3
COW4:4
COW4:5
W4:1 5 PIW401
3
PIW303
PIN401 CON4
N4
PIF102
30A 3AB
COF1
F1
CAPACITOR BANK
COC32
C32
1210
COC12
C12
250V
3300U
40X80MM
PIC1301
PIC1302
COEC1
EC1
COC13
C13
40X80MM
PIR4701
1
PIEC101
3300U
250V
2N7002
CON_HOLE_189
5
3
PIW403
PIN701
CON_HOLE_189
W4:5
5
5
PIW405
33N
PSGND
PSGND
PIC3 01 COC33 PIC3401 COC34
PIC3 02 PIC3402
J
C33
1210
630V
5
33N
W4:4
4
PIW404
630V
1
PIEC401
C34
1210
7986
3300U
40X80MM
PIC1501
PIC1502
COC15
C15
S
PSGND
SOT-23
8V2
DO-214AC
PIQ10 2
3300U
250V
COR54
R54
SILENT
PIR5402 W125PIR5401
PIN801
COD18
D18
COR52
R52
PIR5202 W125PIR5201
100K
100K
0805
0805
PIQ10 3
PID1802
PID1801
SOT-23
18V0
COC20
C20
PIR4402W100PIR4401
PIR4502W100PIR4501
475K
475K
0805
0805
PIQ503
SOT-23
COR48
R48
475K
COR41
R41
1K0
0805
5
6
SOT-23
0805
COQ4
Q4
D
IRF830
N
0805
PIQ401G
G
TO220
SOD-323
COC19
C19
PIQ502
HEATSINK
BLEEDER CIRCUIT
0805
COR38
R38
H
2K0
6847
MMBTA42
0805
PIR3902 COR39
PIR40 1
R39
1M0
PIR3901
COQ9
Q9
MMBTA42
PIR5101
PIQ902
0805
W100
PIR40 2
COR40
R40
10R0
0805
I
PIR50 2 COR50
6847
R51
100K0
PIR50 1
0805
R50
1M0
0805
-Hi
COQ10
Q10
8165
MMBTA92
PID1901 D19
PID1902 COD19
J
PSGND
D1005
4PIN SMT
CDSF4148
6668
3
TO POWER AMP PCB
7
R37
475K
COD11
D11
PIU20003
LTV-8141S
Section:
Product(s):
Power Supply
SA315S/SA221S
PCB# M1806
Date Modified:
4
COR36
R36
475K
PIR3601
PIQ402
PIR3801 W100 PIR3802
COU200:2
U200:2
3
PIR3602
0805
COQ5
Q5
K
2
0805
PID1102PID1101
0805
4
PIU20004
1
COR42
R42
475K
F
R33
475K
PIQ901
PIR5102 COR51
1206
220N
50V
COR45
R45
0805
PID1601 SOD-323
43V0
CON8
N8
-Hi
PID1602 COD16
D16
PIR3 01
PIQ1001
SOT-23
PIF202
COR44
R44
PIQ903
4M7
PIC20 1
PIC20 2
PID1702 COD17
PID1701 D17
40X80MM
2498
30A 3AB
COF2
F2
PIR4901W125PIR4902
0805
CON7
N7
PID401 ES1J
T30.0 AMP
PIF201
-Fuse
COC14
C14
250V
PIQ801
PIQ802
PIR4801
COR49
R49
D
SOT-23
Place above 3414 holder in schematic
COF4
F4
PSGND
PIC1401
PIC1402
CDSF4148
G
PID402 COD4
D4
COEC4
EC4
PIQ803
PIR4802
D1005
W125
PIC1902
PIC1901
8V2
475K
PIR3 02 COR33
0805
18V0
SOT-23
COR46
R46
R32
475K
0805
S
PIQ403
PIQ501
PID1501PID1502
0805
COQ8
Q8
PID502 COD5
PID501 D5
ES1J
PIR4601
COD15
D15
COR47
R47
28K7
DO-214AC
W4:3
PIR4602
W100
PIF101
PIR4101
PID1402 D14
COD14
PID1401
+Hi
PSGND
+Hi
PIR4102
MMBTA92
8165
W100
I
3
200V
200V
T30.0 AMP
COF3
F3
2498
33N
W3:2
1
PIW301
PIQ703
PID1201
PID1202
Place above 3414 holder in schematic
PSGND
3
SOT-23
SOD-323
+Fuse
COW3:1
COW3:2
COW3:3
W3:1
COD12
D12
1206
H
CAPACITOR BANK #2
PIQ701
SOD-323
W100
100N
0805
PIR3101
R31
475K
680P
PID1301
PID1302
10K
COQ7
Q7
50V
PIR5301 W250PIR5302
W100
CON3
N3
100V
PIN301
COD13
D13
0805
6730
PIQ702
0805
TURN ON VOLTAGE
W100
33K
E
0805
PIR3102 COR31
COR28
R28
475K
PIR3702 COR37
1206
R26
475K
0805
PIC1802 PIC1801
W100
W100
PIR4302 COR43
G
PIR2601
R27
475K
PIR2801
PIR3202 COR32
COR34
R34
475K
D
PIL301
PIR2602 COR26
SOD-323
PIR2702 COR27
UNDER VOLTAGE SHUT DOWN MAY NOT NEED
COR53
R53
PIL302
120uH
8101
18V0
PIR3402
OC
16V
PID601 D6
COD6
100N
50V
7661
LM393D
COU2:1
COU2:2
COU2:3
U2:1
+
PSGND
COC6
C6
5X5.5mm
COL3
L3
+Hi_Dis
PIF501
5136
1A25
0805
-
3
PIU203
C
5X5.5mm
-15V_MOD
COF5
F5
PIF502
SO8
1
PIU201
7661
LM393D
U2:2
0805
PIC601
PIC602
-15V
PIR2701
PIR2802
SO8
7
PIU207
22U
1206
SOD123
0805
6
PIU206
PIC30 2 COC30
PIC30 1
C30
PID1001
PID1002
0805
+Hi
SOT23
100N
B0540
COD10
D10
XF3955
0805
PIR2201 W100PIR2202
PIR2901 W250PIR2902PIR1601W250PIR1602
PIR1701 W250PIR1702
PIR1801 W250PIR1802
1206
PIR2101
0805
COR18
R18
1M0
PIR2102 COR21
W125
-Fuse
W125
E
PIR1901
W125
PIC 6
R19
6K20
0805
B0540
COC17
C17
W100
PIR1902 COR19
1A25
PIF601
PIR601
50V
22U
16V
W100
COF6
F6
4U7
1206
W100
PIU204
4
1210
R6
15K0
COC37
C37
120uH
8101
W100
47U
35V
PIR602 COR6
PIL101
PIL102
PIC1701
PIC1702
W125
43V0
1210
3
OC PIU803
1210
0805
PIC3702
PIC3701
4
PIT504
W100
PIF602
C11
PIC3102
PIC310
SO8
4 SS
PIU804
R70
1K27
8
PIT508
+15V_MOD
COL1
L1
SOD123
6
PIT406
50V PIC2502
4U7
PIC2501
W100
PIC1 02
MURA260T3
403D
560VDC
22N
6x6mm
PIR70 1
COC31
C31
8
GD1 PIU808
100N
100V
PID802
PID801
W100
PID301
PP RAD
V+
7661
V-
3
PIT403
W100
COC10
C10
SOT-23
PIU208
DT
B0540
COD8
D8
1
PIT401
PIQ1103
50V
PIC1 01 COC11
PID2802 COD28
PID2801 D28
1
PIU801
PIR70 2 COR70
8
COC8
C8
COT4
T4
COC25
C25
U2:3
LM393D
PIC801
PIC802
SOD123
SOT233
S
6
PIT506
PID702
PID701
FDT3612
6977
G
1206
1
PIT501
+15V
1210
COQ11
Q11
D
PIR7301W250PIR7302
PIQ1101
33R
5
GD2 PIU805
RT
COR73
R73
3
PIT503
C24
COD7
D7
PIQ1102
COT5
T5
SO8
31.3V
PIL201
PID302 COD3
D3
SMD8B
VCC 7
50V
PIL202
7974
1000UH
2
PIU802
COU8
U8
UCC25600
7987
W100
+31V
50V
PIC10 1
D
151mA
COL2
L2
1U
PIC10 2
PIU807
7846
DPAK3
1210
1
S PIU101
2
S PIU102
7
S PIU107
8
S PIU108
8158
PIQ1302
DO-214AC
C9
50V
LNK306G
OUT PIQ1303
W100
3
D
0805
IN
GND
4U7
5
PIU105
PIR402
0805
BP
1206
R4
1K62
4U7
PIU104 PIU103
4
PIR502
100N
50V
PIC701PIC702
R5
10R
FB
W250
C
PIC901 COC9
PIC902
PIR401 COR4
COC7
C7
COU1
U1
W125
403D
PIQ1301
ES1J
0805
PIR501 COR5
+15V_LS
PID101
PID102
6 GND
PIR301 W125PIR302
28K7
PID201 COD2
PID202 D2
COQ13
Q13
MC7815BDTG
COD1
D1
COR3
R3
W125
MURA260T3
4U7
+Fuse
8
9
10
11
12
13
14
K
Rev# V04
BOM Rev# 01
Sheet 2
2020-07-30
Filename: Supply15V.SCHDOC
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DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
08-NOV-2018
06-FEB-2019
POTENTIOMETERS AND KNOBS
.
25-FEB-2020
.
.
.
.
.
.
VER# PC#
V01
V01
#9351
#9358
V02
V03
9380
.
9384
.
.
V04
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.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
Changed Values, Added D20 and Connected Pin 4 of W201 to Pin 1 of W3
Change Capacitor C229 from #5221 to new #5225 470P 1.6kV
RELEASED FOR PRODUCTION
Replace #8761 heatsink mtg screw with #8835
Add Fuse YS#5136 in series with +Hi net at D6
Add Fuse YS#5136 in series with net -Fuse
Add 9 Capacitors YS#6011 and Inductor YS#2919 for EMI Emissions
Moved traces for extra grounding and Compliance issues.
Added extra chassis mechanical mounting to PCB and Heat Sink.
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VER#
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PC#
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DESCRIPTION OF CHANGE
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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27-FEB-2019
14-MAY-2019
POTENTIOMETERS AND KNOBS
REF
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FUNCTION
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POT#
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STYLE
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KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
IRGP50B60PDPBF
IRGP35B60PDPBF
CASES AND PINS
IRS21844S
NJM7815
1
IN
NC
14
2
SD
VB
13
3
VSS
HO
12
4
DT
VS
11
5
COM
NC
10
6
LO
NC
9
7
VCC
NC
8
H
NJM7915
TO-247AC
I
I
#6686
G
O
#6856
G
I
O
#6857
G D S
#2496 #2307
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S/SA221S
M1806
Rev#: V04
Modified: 2020-07-30
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
3
Of
Tmp Rev: V028
16
17
3
#8835+
#8800
Into Wave
R54
+
680N
400V
10U
600V
5986
Q205
4233
2321
M1806 V03
HS1
R48
8V2
R46
SA315S
C15
7986
D11
18V0
6730
R37
R41
1K0
470N
680P
R45 D6
R31 R33
R28
R27
2K0
C12
+
IRF830
475K 475K 475K
Q5
R38 R40
RT
V
28K7
R47
1M0
MMBTA42
R39
1M0
R51
4124
Q4
475K 475K
2700U
250V
2700U
250V
100K0
R50
D15
475K
5934
4148
Q9
MMBTA42
475K
R42
475K
R32
475K
R36 C19
5934
18V0
10R0
D16
R49 4M7
C18
+
D19
RT
V
D4
M1806V03
Q8
220N
18V0
33R
C4
D5
F2
Locating Hole
1A25
C20
ES1H
T30 AMP SLO-BLO
3414 +
2498
F5
RT
V
R238
100N
C227
3U3
140V
U200
3414 +
2498
SA315S
LTV-8141S
C1
F1
150P
R14
187K
Q1
T30 AMP SLO-BLO
D18
475K 475K
RT
V
0R05
Q3
C2
D17
Q10
MMBTA92
RT
V
R60
43V0
R52
4148
T810
R59
2R
4703
2R
4703
5949
R244
RT
V
10U
R12
187K
R260
470p
1600V
C229
2700U
250V
RT
V
R2
10R
5190
R13
0R02
470K
5225
5934
2700U
250V
+
IKW75N65EH5
RT
V
C223
10U
600V
C14
RT
V
187K
187K
3538
187K
R1
R11
2321
5986
5934
+
IKW75N65EH5
475K
W4
R242
4233
RT
V
RT
V
C13
0R02
Q203
RT
V
1U
RT
V
IL
CO
S/N LABEL
W5
5972
D205
100N
HS2
680N
400V
182K
R234
18V0
5949
RT 3U3
V
140V
+
R57
C228
100K
RT V
5972
R225
R9
33R
C221 ZD200
IRS21844S
10R
DNS
R249
R250
R23
100K
C22
82K5 R256
DNS 10K0
R237C224
49K9
49K9
15V0
R25
MC33078D
C234 100N 470R
R221
47N
C225 C226
R222 10K0
R232 1K0
e
U3
ES1H
C3
ES1H
4163
33R
R251 22R
LM311
100N C211
C205
C209
LM311
100N C233
R240
470P
R200 C220
10R0
100N C207
100N C206
ESD
1
TO SPK
WOOF MID
1
BOTTOM
GND -HI -HI +HI +HI BLK RED
1
W3
CAPACITOR BAY
300
DC IN FROM P.S.
C21
GND GND
4146
100N
200V
R44
475K
3538
BLK RED
WOOF TOP
1
3538
BLK RED
Q7
D12
R202
R243
TEST
300
10K
1R0
R10
R230
Z1740
R53
MMBTA92
100N 100N C231
U4
RT
V
DNS
ZXGD3002E6
+
D13
453UH
6699
+
200V
R261 274K
22R
+
R35 33K
C235 10U
RT V
.
R34
R43 475K 475K
W2
1M0
ZXGD3002E6
1K62 R4
28K7 R3
PLUG CONNECTORS CENTERED
W1
12K1
10K0
475R0
12K1
10U C242
100N 470R
MC33078D
100N C202
100N C212
100N C208
100N C200
220N
10R0
470P
C217
R231
1K0 6K98
R7 6K98
R233 6K98
R236 6K98
R56
C9
WARNING
U204
U203
TL331
R262
33U
RT
V
+
4U7
C210
R58
49K9
10R
LNK306G
D2
U206
+
10R
+
R55
49K9
MURA260T3
R5
R259 182K
R258 20K5
C222
DNS
R228
R229
C232
C219
R62
619K
+
ES1H
D214
TO INPUT BOARD
U1 100N C7
D1
R210 20K5
4K02 R268
8K66 R218
680P C213
2328
D213
C230 47P
R24 4K7
U202
4148
W201
1M0 R29
1M0
L200
4K7
TEST
R63
619K
R61
1N
RT V
1N 47R
1M0
R227
4K02 R8
C218 R224
R255 C204
82K5 100N
47U
+
R16
5217
F6
1A25
D28
43V0
22N 560VDC
1000UH
L2
C8
C10
1M0
4U7
C11 D3
15UH L7
MC7815BDTG
33K
1M0 R22 6K20
R21
R17
R18
1M0
C16 100N TL431A
Q2
C25
XF3955
Q13
R20
LM393D
4U7
R72
C216
R201
R203 R219
R223 U205
U8
MURA260T3
R6
15K0
1K27
1K0
UCC25600
4U7
U2
R74
Q11
Q12
33R
1U
T5
ES1H
R247
15K0
100N 100N
100N 47K5
C203
MURA260
22U
D20
L3
R204
B0540
100N
22U
B0540
100N
XF3955
C24
4U7
C26
4U7
R19
6K20
U201
MMBTA92
R226
8
FDT3612
C31
R15 R30
R73
FDT3612
R70
140K0 1K27
120uH
C6
4K7
33R
C 2019
C5
C30
R214
Q204
1
Yorkville
D9
B0540
120uH
+
D10
D8
R215
D204
1
T4
D14
ORIGIN
C28
SA315S POWER AMPLIFIER
L1
+
D7
B0540
8V2
CLINCH
C17
619K
3 OZ. COPPER
1
BlankSize - 292.100mmX184.150mm (11500X7250)
HS3
R26
4249
+
8832
1
2
3
4
5
6
7
8
9
10
11
12
13
PCB ASSEMBLY DOCUMENTATION
A
15
16
17
RTV INSTRUCTIONS:
GENERAL ASSEMBLY INSTRUCTIONS
A
ADD RTV BETWEEN:
C12, C13, C14, AND C15 AFTER WAVE
SOLDER
1. Bend leads on hand placed parts in direction of pad and cut short to less than length of pad.
No exceptions unless approved by Production Engineering.
B
14
ADD RTV
B
2. Any clinch parts with longer leads than the length of the pad must be cut shorter either prior to
wave-soldering or afterwards in PCB finishing. No exceptions unless approved by Production Engineering.
3. After Wave apply RTV to all holes indicated and all larger and between tall capacitors.
C
4. Before tightening screw 8832 on xstr spring 4249 ensure that it is aligned with Q4.
Also silpad 4124 should overhang the edge of the heatsink. See picture below.
C
D
D
YS#: 8832
E
DESC: 6-32X1/4 PAN TAPTITE
MOUNTING HARDWARE INSTRUCTIONS FOR HEAT SPREADER Z1740:
1. First install #8742 screw to align heatspreader Z1740
2. Install all devices, shown in pictures below, on Heat Spreader
F
DESC: XSTR SPRING
F
Q4
YS#:8761
DESC: #6-32X1/2&quot;
YS#: Z1740
OVERHANG SILPAD
DESC: HEAT SPREADER
YS#: 4124
G
DESC: 1.1x0.82&quot; SIL PAD
YS#: 8800
Q203
G
DESC: #6 KEPS NUT
YS#: 8902
SEE NOTE 4.
DESC: 4-40X3/4 PAN
Q205
H
Top of Coil L200
YS#: 4249
MOUNTING HARDWARE FOR Q203/Q205:
TOP VIEW:
E
H
YS#: 8485
DESC: #6 ZINC WASHER
YS#: 4233
DESC: CERAMIC INSULATOR
I
IMPORTANT!
YS#: 8701
BOTTOM VIEW:
ADD GOOP ON BOTH SIDES OF CERAMIC INSULATORS
I
Ensure that all fastener nubs on tie wraps
are well below the top of the coil.
DESC: 4-40 KEPS NUT
1st HEATSINK ALIGNMENT SCREW
YS#: 8742
J
J
DESC: #4-40X3/8
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA315S
Rev#: V03
M1806
Modified: 2019-05-23
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
EML Rev#:
File: Assembly.SchDoc
16
01
Sheet
3
Of
Tmp Date:
17
3
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
CHANGE HISTORY
C
D
E
F
G
H
I
DATE
08-NOV-2018
06-FEB-2019
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
Changed Values, Added D20 and Connected Pin 4 of W201 to Pin 1 of W3
Change Capacitor C229 from #5221 to new #5225 470P 1.6kV
RELEASED FOR PRODUCTION
Replace #8761 heatsink mtg screw with #8835
Add Fuse YS#5136 in series with +Hi net at D6
Add Fuse YS#5136 in series with net -Fuse
.
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.
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#
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2
3
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10
11
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13
DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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#
1
2
3
4
5
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7
8
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10
11
12
13
DATE
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VER#
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PC#
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.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
27-FEB-2019
14-MAY-2019
B
POTENTIOMETERS AND KNOBS
VER# PC#
V01
V01
#9351
#9358
V02
V03
9380
.
9384
.
.
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
A
POTENTIOMETERS AND KNOBS
REF
.
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FUNCTION
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POT#
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STYLE
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KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
IRGP50B60PDPBF
IRGP35B60PDPBF
CASES AND PINS
IRS21844S
NJM7815
1
IN
NC
2
SD
VB
13
3
VSS
HO
12
4
DT
VS
11
5
COM
NC
10
6
LO
NC
9
7
VCC
NC
8
H
NJM7915
14
TO-247AC
I
I
#6686
G
O
#6856
G
I
O
#6857
G D S
#2496 #2307
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S
Rev#: V03
M1806
Modified: 2019-05-23
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
EML Rev#:
File: History.SchDoc
01
Sheet
3
Of
Tmp Rev: V028
16
17
3
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
B
B
C
C
Hi+
CAPACITOR DISCHARGE CIRCUIT
PIR202
PIR2102 COR21
PIR2702COR27
W100
E
PIR601
R32
0R
PIR2 01
PIR2302COR23
R22
680R
1206
PIR2301
R23
680R
1206
1206
PIR2602COR26
PIR2502COR25
R25
PILD201
PIR2501
PILD202
1M0
R18
COR18
10K
PIR1801
0805
PIR801
PIR1201
10K
PIR1202
W250
PIR10 2COR10
R9
100R
1206
0805
PIR1702 COR17
RED
PWR
PIR1701
7033
R17
330R0
0805
PIR702 COR7
PIR701
R7
100R
1206
PID302 D3
COD3
PID301
DO-214AC
18V
PIR2902 COR29
PIR2901
PIR30 2
R29
100R
1206
PIR30 1
W100
PIR1402 COR14
PIR1401
G
R14
475K
PIQ503
PIQ502
PIR1601
COQ4
PIQ403 Q4
COQ5
Q5
MMBTA42
6847
R24
COR24
SOT-23
SOT-23
PILD102
PIR2401 W125PIR2402
PIQ401
1K800
6847
PIQ402 MMBTA42
1206
F
COR30
R30
100R
1206
G
COLD1
LD1
RED
7033
DISCHARGE
0805
PIR1502
COR16
R16
475K
W100
W100
PIR1602
PILD101
0805
PIQ501
R10
100R
PIR10 1
2K74
0805
GND
PIR901
R12
COR12
W125
W100
PIR1301
W100
COLD2
LD2
R13
475K
PIR1802
1206
W250
1206
PIR902 COR9
100R
W250
0R
2010
PIR1302 COR13
PIR802 R8
COR8
COR33
R33
W250
0R
0805
W250
0805
R26
1M0
W250
PIR1 01
PIR2601
PIR3 01
W250
W100
SOT-23
R11
475K
W100
PIR1 02 COR11
MMBTA92
8165
PIQ303
W100
COQ3
Q3
W750PIR2001
F
PIQ603
PIR2 02 COR22
PIR3201 COR32
E
8V2
PIQ302
PIQ301
CDSF4148
D
DPAK3
S
PIQ203
1206
COQ6
Q6
IRFR825
6834
DPAK3
0805
SOT-23
0805
COR20
R20
S
G
PIQ103
R21
680R
0805
W063
475K
D1005
PIQ602
D
PIQ601
PID102
PID101
COD2
D2
PID202PID201
R27
1M0
G
DPAK3
COQ1
Q1
IRFR825
6834
PIQ101
COD1
D1
COR1
R1
PIR101 W100PIR102
SILENT
PIR2701
R6
475K
PIR2101
D
IRFR825
6834
G
S
0805
PIR602 COR6
POSILENT
SILENT
PIQ201
0805
W250
PIR501
0805
R5
475K
COQ2
Q2
D
R28
1M0
W250
COR4
R4
475K
PIR2801
PIQ102
PIQ202
PIR2802COR28
0805
W250
W100
W100
475K
PIR502 COR5
PIR402
PIR401
COR2
R2
PIR201
W250
0805
W100
COR3
R3
475K
W100
PIR301
W100
W100
PIR302
D
0805
PIR1501
COR15
R15
221R
0805
H
H
COR19
R19
COR31
R31
1W00PIR1901
1W00 PIR3101
0R
0R
2512
2512
Hi-
TO CAP BOARD
Hi+
SILENT
I
I
1
PIW101COW1:1
4
W1:1
Hi2
4
PIW102COW1:2
W1:2
3
4
PIW103COW1:3
W1:3
J
J
4
4
PIW104COW1:4
W1:4
LEG
5
PIW105 W1:5
COW1:5
4
GND
K
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
SA315S
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
Short Description Of The Product
14
Description:
PCB#:
M1811
Rev#: V02
Modified: 2019-03-20
15
EML Rev#:
File: Discharge_Circuit.SchDoc
16
K
XX
Sheet
1
Of
Tmp Rev: V031
17
2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
PC#
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
07-NOV-2018
20-FEB-2019
.
.
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.
VER#
V01P2
V02
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DESCRIPTION OF CHANGE
RELEASE FOR PRODUCTION
RELEASE FOR PRODUCTION
.
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#
1
2
3
4
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8
9
10
11
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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#
1
2
3
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7
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9
10
11
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13
DATE
.
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VER#
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PC#
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.
DESCRIPTION OF CHANGE
.
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.
POTENTIOMETERS AND KNOBS
REF
.
.
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.
FUNCTION
.
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.
POT#
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C
KNOB#
.
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.
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.
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S
M1811
Rev#: V02
Modified: 2019-03-20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
1
Of
Tmp Rev: V031
16
17
*
COTI LE1
PAHW200
PAHW300
COR3
PAR302
R3 PAR301
475K
COD2
D2
COQ1
Q1
COQ6
Q6
PAR3001
PAR3101
PAR1002100R
PAR1001
PAR3002
PAQ402 PAQ401
COQ4
Q4
PAR1502
PAR1501
221R
S/N
COR18 PAR1802
0RPAR3201
COR17
LD1
R17 COLD1
PAR1801 PAR1202
PAR1201
PAR1702
PAR1701
R8
LABEL
PAQ601
PAQ403
COR12
R12
PAQ203 PAR802
PAR801 COR8 PAR702
PAR701 COR7
100R
100R
R7
PAQ201
PAR2102
PAR2101
680R
COR21
R21
COR6
R6 COR11
R11
PAR602
PAR601 PAR1102
PAR1101
475K
475K
POWER ON
INDICATING LED
PALD101
PALD102
PAD30218VPAD301COHW4
COR15
COD3
D3
COLD2
LD2
COR5
R5
PAR202
PAR201 PAR502
PAR501
475K
475K
0R
MMBTA42
R23
PAR2302
PAR2301 COR23
680R
IRFR825
COR2
R2
PAHW900
COR30
R30
COR10
R10
COR32
R32
COHW9 COSNL2 COQ2
Q2
COR31
R31
PAQ101 PAR2202
PAR2201
680R
IRFR825
PAQ202
R24
PAR2401 PAR2402 COR24
PAR902
PAR901 PAR2902
PAR2901 1K800
100R
100R
COR22
R22
PAQ603
PAR25011M0
PAR2502 COR25
R25
PAQ501 PAQ502
COR29
R29
COR9
R9 PAR3301
RED
IRFR825
PAW105
DISCHARGE P.C.B.
FROM CAPACITOR BOARD
PAQ102
PAQ602
PAQ103
MMBTA42
330R0
COW1
PAQ503
COR3
R18
W1
7994
PAR2601
COQ5
Q5 COR26
R26 PAR26021M0
2K74
COR20
R20
PAR101
100R
PAD202
PAD201
4148
0R
PAQ301
10K
PAW102 PAW101
PAQ303
PATH100
DISCHARGE R15
INDICATING LED
COR13
R13
PAR1601
PAR1602 PAR1401
PAR1402 PAR1301
PAR1302
475K
475K
475K
PAR20 1
PAQ302
PAR28021M0
PAR2801 COR28
R28
COR1
R1
PAR27021M0
PAR2701 COR27
PAR102
R27
COQ3
Q3
475K
PAW104 PAW103
COR14
R14
COTH1
0R
COR16
R16
PAR1901
MMBTA92
PAD101 PAD103
R33
SINGLE LAYER
1 OZ.PCB
1.5mm ALUMINUM
COR19
R19
0R
COR4
R4 PAR402
PAR401
475K
PAD102
COD1
D1 8V2
PALD201RED
PALD202
COTH2
PATH200
PAHW400
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
1. INSPECT SOLDER JOINTS AFTER REFLOW
2. USE PIZZA CUTTER TO SEPARATE BOARDS FROM PANEL.
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA315S
M1811
Rev#: V02
Modified: 2019-03-20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
XX
Sheet
2
Of
Tmp Rev: V031
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
PC#
POTENTIOMETERS AND KNOBS
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
07-NOV-2018
20-FEB-2019
.
.
.
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.
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.
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.
.
.
VER#
V01P2
V02
.
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.
DESCRIPTION OF CHANGE
RELEASE FOR PRODUCTION
RELEASE FOR PRODUCTION
.
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.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
.
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PC#
.
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.
DESCRIPTION OF CHANGE
.
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#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
.
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PC#
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DESCRIPTION OF CHANGE
.
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.
.
POTENTIOMETERS AND KNOBS
REF
.
.
.
.
.
.
.
.
.
.
.
.
.
FUNCTION
.
.
.
.
.
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.
.
.
.
.
.
.
POT#
.
.
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.
.
C
KNOB#
.
.
.
.
.
.
.
.
.
.
.
.
.
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S
M1811
Rev#: V02
Modified: 2019-03-20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
1
Of
Tmp Rev: V031
16
17
*
1
2
3
4
5
6
7
8
9
10
11
A
A
INPUT
B
R2
2
J1
W100
3
100R
SG1
1
0805
B
250V
C2
INPUT
470P
SG2
XLR FEML
0603
4010
4
3
250V
C
W125
C1
470P
0603
R4
39K2
0805
2
1
R3
2357
4
IGND
XLR-ONE-GND
W2:3
4
W2:2
4
W2:1
4
W2:4
C
-SIG
+SIG
W100
SG3
100R
0805
SG4
D
D
Male XLR
J2
THRU 1
HC1
THRU 1
SG5
4140
1
CON_HOLE_156
E
CON_HOLE_125
E
IGND
SG6
BLK
16AWG
PREFUSED WIRE
.
Male XLR
J3
F
HC2
1
THRU 2
W1
L1
R1
F
THRU 2
15UH
7967
265V
4140
48R
IGND
G
G
XLR-ONE-GND
INPUT JACK
Section:
Product(s):
PCB#:
H
SYNERGY
M1813
Modified: 25/10/2018
1
2
3
4
5
6
7
Rev#: V01
EML Rev#:
XX
Sheet
File: Input.SchDoc
8
1 Of
2
Tmp Rev: V032
9
10
11
H
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
22-OCT-2018
.
.
.
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.
VER#
V01
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PC#
.
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION.
.
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#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
.
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PC#
.
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DESCRIPTION OF CHANGE
.
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#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
.
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PC#
.
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DESCRIPTION OF CHANGE
.
.
.
.
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.
.
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.
.
.
.
C
D
E
F
G
H
I
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
J
J
Design Information And History
Section:
Product(s):
K
PCB#:
SYNERGY
M1813
Rev#: V01
Modified: 25/10/2018
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
2
Of
Tmp Rev: V032
16
17
2
15uH
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
C
C
1. PCBSA: R1 #6543 IS HAND INSERTED.
D
D
E
E
F
F
G
G
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
H
H
I
I
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SYNERGY
Rev#: V01
M1813
Modified: 12/11/2018
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
XX
Sheet
1
Of
Tmp Rev: V032
17
*
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
22-OCT-2018
.
.
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.
VER#
V01
.
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.
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.
PC#
.
.
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.
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.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION.
.
.
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.
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.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
.
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PC#
.
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.
DESCRIPTION OF CHANGE
.
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.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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.
VER#
.
.
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.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
C
D
E
F
G
H
I
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
J
J
Design Information And History
Section:
Product(s):
K
PCB#:
SYNERGY
Rev#: V01
M1813
Modified: 12/11/2018
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
2
Of
Tmp Rev: V032
16
17
2
1
2
3
4
5
6
7
8
9
10
11
A
A
B
B
C
C
J1
4140
D
1
2
3
1
2
3
D
3 W1:1
3 W1:2
3 W1:3
.
Male XLR
E
E
F
F
G
G
SA221S-LINEOUT
Section:
SA221S
Product(s):
PCB#:
H
M1831
Rev#: V01
Modified: 2021-04-14
1
2
3
4
5
6
7
8
EML Rev#:
XX
File: SA221S-LINEOUT.SCHDOC
9
10
Sheet
1
2
Of
Tmp Rev: V032
11
H
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
April-14-2021.
.
.
.
.
.
.
.
.
.
.
.
.
VER#
V01
.
.
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
Released for Production
.
.
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
.
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.
.
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.
.
VER#
.
.
.
.
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PC#
.
.
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.
DESCRIPTION OF CHANGE
.
.
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.
.
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.
.
.
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.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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.
VER#
.
.
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.
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PC#
.
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.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
C
D
E
F
G
PINOUT DIAGRAMS
H
I
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
J
J
Design Information And History
Section:
Product(s):
K
PCB#:
SA221S
M1831
Rev#: V01
Modified: 2021-04-14
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
3
Of
Tmp Rev: V032
16
17
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
SPECIAL PRODUCTION NOTES
B
B
C
C
D
D
Gap Pad #4236 (2)
E
E
F
F
Screw #8741 (4)
G
G
H
H
I
I
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA221S
M1831
Rev#: V01
Modified: 2021-04-14
1
2
3
4
5
6
7
8
9
10
11
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EML Rev#:
File: Assembly.SchDoc
16
XX
Sheet
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16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
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DATE
April-14-2021.
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DESCRIPTION OF CHANGE
Released for Production
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DESCRIPTION OF CHANGE
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DESCRIPTION OF CHANGE
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C
D
E
F
G
PINOUT DIAGRAMS
H
I
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
J
J
Design Information And History
Section:
Product(s):
K
PCB#:
SA221S
M1831
Rev#: V01
Modified: 2021-04-14
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
XX
Sheet
3
Of
Tmp Rev: V032
16
17
3
1
2
3
4
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7
8
9
10
11
12
13
14
15
16
17
A
A
B
B
POWER SUPPLY SA221S
C
C
120V
SILENT
6
a
YS#3587
Thermal Breaker
BLK 2
DPST Switch
1
S6
BLK
2
a
R1
BLK
NTC
1
WHT 4
NTC
1
YS#4138
W1:2 2
2 PIN
3
BLK
NTC
2504
2504
2R
2R
2R
2R
C2
L1
30AMP
BLK
RELAY 1C-
C1
250V
100N
6
W3:5
6
W3:4
6
W3:3
6
W3:2
1
1
1500UH
3817
4
WHT
3
2
a
1
D12
D11
3
3
W6:6
6
W6:5
6
BLU
R12
.
120K
R13
.
330K
R14
.
130K
W250
4007
1000V
W250
W250
D13
3575
.
1
130K
150&deg;C
YEL/BLK
W6:4
1
RED
2
6
W6:3
6
W6:2
6
W6:1
GRY
3
WHT
4
VIO
2
10U
160V
2
C33
BC550C
5101
220K
TO92
RAD .2in
H
W250
2N6517
6854
RED
BLU
1
5
W5:3
5
W5:4
D
W7:1
4
W7:2
4
W7:3
4
W7:4
E
-Hi
PSGND
4
3
RAD POLY
5
C4
250V
100N
W5:5
TO CAPACITOR BOARD
RAD POLY
EC3
CHASSIS GND
POWER
BOARD
5
1
F
CON_HOLE_189
PSGND
D2
6775
BRIDGE
SIP
600V
3
W8:3
3
W8:2
3
W8:1
4
W9:1
4
W9:2
4
W9:3
4
W9:4
N1
3
1
BRN
YEL/BLK
R17
1
RED
2
3
GRY
.
100K
WHT
4
G
HS
N2
K1:2
3696
2
3
4096
4
D3
R5
4007
1000V
.
H
W500
VIO
1
a
W5:2
YEL
22U
50V
I
2
3575
150&deg;C
10U
450V
.
TO92
3
6
2
C3
250V
100N
4
XFMR-SEC-HI
4
13x19
W250
W4:1
5
'Y' 10MM
C34
R16
W4:2
3
XFMR-SEC
4096
GRY
CHASSIS GND
AC BOARD
10X13MM
Q4
Q3
3
4
3
1
RELAY 1C-
W4:3
BLK
CON_HOLE_189
C32
3
BRN
3
G
1
YEL
C6
250V
4N7
EC2
R15
3
2
1
VIO
K2:2
W250
a
4007
1000V
2
RED
2nd 120V
4007
1000V
6775
BRIDGE
SIP
600V
4
W3:1
6
5
D1
GRY
6
1
F
2
XFMR-SEC-HI
2
5
W1
a
VIO
1
6
W5:1
T2
BLK
6
5
+Hi
X2 27MM
'X2' 18MM
WHT
W3:6
5
250V
680N
2
IEC_RECT
a
NTC
2504
WHT
W1:1 2
2 PIN
R4
2504
AC IN
E
4
R3
2
3
S2
a
R2
3019
a
YS#2444
K2:1
D
5
6
XFMR-SEC
470R
RELAY 1C
a
T3
K1:1
3696
D4
R6
4007
1000V
.
W500
470R
CRITICAL SAFETY COMPONENTS
THIS SYMBOL IS PLACED ADJACENT TO
C5
SAFETY CRITICAL COMPONENTS.
100U
63V
RELAY 1C
I
10X13MM
PSGND
J
J
K
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
SA221S
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
SA221S
14
Description:
PCB#:
M1832
K
Rev#: V03
Modified: 2021-06-09
15
EML Rev#:
File: M1832.SchDoc
01
Sheet
1
Of
Tmp Rev: V032
16
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
09-MAR-2020
03-DEC-2020
09-Jun-2021
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VER#
V01
V02
V03
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PC#
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
RELEASED FOR PRODUCTION
RELEASED FOR PRODUCTION
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VER#
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PC#
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DESCRIPTION OF CHANGE
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2
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
.
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
MJL21194 (YS#6988)
H
MJE15032 (YS#6808)
TO3P
TO-220
I
E
C
B
E C B
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA221S
M1832
Rev#: V03
Modified: 2021-06-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
4
Of
Tmp Rev: V032
16
17
4
AC BRIDGE BOARD FOR POWER SUPPLY
SA221S
WHT
INSERT
VCD
ORIGIN
79mil(2mm) Rad ~ 4 PLACES
5242
6438
W9
D11
D12
R6
6438
C32
XFMR-PRIMARY 120V
4151
1
2R
RT V
2504
RT
V
2R
RT V
2504
2R
RT V
W3
1
D4
+
-
4243
2504
160V
C5
K2
4007
130K
5629
470R
D3
330K
R12
300
470R
300
R13
220K
120K
RT V 10U
100U
63V
D13
RT
V
Q3
R16
130K
R14
2N6517
4007
2504
C2
NC
5914 RTV
4007
+
+
100K
R17
C1
BC550C
C6
S/N LABEL
4243
300
300
ORIGIN
FIDUCIAL
250V
C2
2R
100N
250V
5865
RT
V
3696
R5
W8
M1832 V03
Q4
6451
4N7
K1
3019
22U
++
W5
680N
250V
Yorkville
Yorkville
2020
C 2020
C33
RT
V
+
4163
100N
250V
C4
C3
+
AC
AC
+
300
RTV
C2
NO
4146
GND HI-
1
XFMR-SEC-HI
RT V
450V
+
HI+
RT V
NO
C1
RT V 5959
10U
5266
TO CAP BOARD
300
5865
RT V
C34
NC
LOC
L1
+
4146
SA221S
CLINCH
100N
250V
D1
AC
BEC
1
AC
BEC1
D2
Score
RT
V
RT
V
DISCHRG
6775
1
XFMR-SEC-HI
6775
3817
W4
W1
C1
R15
4151
XFMR-SEC-HOLDER
INS1
AC IN
1 BLK
TEST
TEST
BlankSize - 211.455mmX127.000mm (8325X5000)
300
W7
4263
RT
V
FIDUCIAL
1
Score
Score
Score
(8325X5000)
Into Wave
BlankSize - 211.455mmX127.000mm
R4
W6
1
R1
R2
R3
M1832 1/2
XFMR-SEC-DISCHARGE
M1832 V03 SA221S
FIDUCIAL
INSERT
SECONDARY
1
2
3
4
5
C
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
B
6
A
1. RTV between tall components and where indicated
2. When applying RTV to R1-R4, it should only be placed along the tops of the varistors.
B
PTCs R1, R2, R3, R4
C
Add nylon spacer YS#8663 to PTCs YS#2504 a shown in the
picture below.
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA221S
M1832
Rev#: V03
Modified: 2021-06-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
01
Sheet
2
Of
Tmp Rev: V032
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
09-MAR-2020
03-DEC-2020
09-Jun-2021
.
.
.
.
.
.
.
.
.
.
VER#
V01
V02
V03
.
.
.
.
.
.
.
.
.
.
PC#
.
.
.
.
.
.
.
.
.
.
.
DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
RELEASED FOR PRODUCTION
RELEASED FOR PRODUCTION
.
.
.
.
.
.
.
.
.
.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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.
VER#
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.
PC#
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.
DESCRIPTION OF CHANGE
.
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.
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
.
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VER#
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PC#
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.
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.
.
DESCRIPTION OF CHANGE
.
.
.
.
.
.
.
.
.
.
.
.
.
REF FUNCTION
POT/SW YS# STYLE
KNOB#
.
.
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.
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.
.
.
.
.
C
D
E
F
G
PINOUT DIAGRAMS
MJL21194 (YS#6988)
H
MJE15032 (YS#6808)
TO3P
TO-220
I
E
C
B
E C B
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA221S
M1832
Rev#: V03
Modified: 2021-06-09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
4
Of
Tmp Rev: V032
16
17
4
1
2
3
4
5
6
8
9
10
+15V_MOD
+15VS
SUBWOOFER AMP
A
7
PIC20 1
PIC20 2
50V
100N
COC202
C202
0805
PIC203 1
PIC203 2
50V
100N
COC203
C203
0805
PIC2041
PIC2042
50V
100N
COC204
C204
0805
PIC2051
PIC2052
PIC23 02
PIC23 01
50V
0805
100N
COC212
C212
PIC210
PIC2102
100N
50V
LVGND
0805
PIC209 1
PIC209 2
50V
100N
COC209
C209
0805
PIC210
PIC2102
50V
100N
COC210
C210
0805
PIC210
PIC2102
50V
100N
COC211
C211
0805
PIC23401
PIC23402
CON1211
N1211
0805
10R0
100N
COC233
C233
0805
100N
50V
COC234
C234
COR202
R202
0805
PIN121201
WOOFGND
PILink301
100N
PIC20 1 COC200
PIC20 2
50V
Grounds
i
C200
0805
50V
COC206
C206
17
Grounds
i
PILink402
0805
PILink401
Grounds
i
COLink4
Link4
PILink201
COC207
C207 LVGND
0805
PILink202
PILink501
COLink2
Link2
PIC2081
PIC2082
50V
PILink502
COLink5
Link5
B
WOOFGND 100N 50V
COC208
-15VS
COLink3
Link3
16
C208
0805
LVGND
PSGND WOOFGND
10R0
-15VS
PILink302
PIC2061
PIC2062
PIC2071
PIC2072
PIR20201W125PIR20202
-15V_MOD
1
PIEC201
15
CON1212 0805
N1212
COEC2
EC2
CON_HOLE_189
14
A
PIR20002 W125 PIR20001
100N 50V
COC205
C205
13
+15VS
COR200
R200
PIN121 01
+/-15V_MOD
B
12
+15VS
+15V_MOD
100N
11
-15VS
-15V_MOD
C
C
LVGND
COR203
R203
PIR20301 W100PIR20302
0805
10K0
COR204
R204
PIR902
+15V_LS
PID204 1 D204
COD204
WOOFGND
Hii R237
COR237
PID20402 ES1J
i Hi-
DO-214AC
COR240
R240
PIR240 1
PIR24702
470R
0805
PIR24701
PIR237021W00PIR23701
COC32
C32
1210
CON_HOLE_189
3300U
40X80MM
40X80MM
PIR25802
3300U
250V
PID502 COD5
D5
PIR25801
PID501 ES1J
PSGND
W4:3
1
PIU20601
COC13
C13
COU203
U203
IRS21844S
2R260
PIR260 COR260
COR258
R258
20K5
0805
0805
PIR260 1 470K
PIC23501 COC235
PIC23502
10U
C235
10V
0805
-
PIU206 2
PIC21602
COC216
PIC2160
8163 TL331
COU206
U206 C216
SOT23-5
0805
50V
1N
Hii
2
PIR210COR210
R210
0805
0805
1
PIR21020K5
PIC2301
PIC2302
VCC
3 VSS
PIU20303
COC230
C230
47P
50V
0805
PIR2402 COR24
PIR2401
4X4mm
COZD200
ZD200
18V0
0805
301 PIC2310
PIC2COC232
PIC2302 PIC23102
C232
R24
4K7
33U 25V
12
PIU203012
PIR5901
HO
13
VB PIU203013
11
VS PIU203011
5
COM PIU20305
6
LO PIU20306
COR23
R23
PIR2301 W250 PIR2302
Hii COR10
R10 Hi-
PIR1002 W125 PIR1001
i
33R
0805
6686
COC231
C231
PIR2502
SO14
100N
0805
50V
Hii
6x6mm
Hii
PIR2501
COR25
R25
10K0
1206
DNS
+15V_LS
COR249
R249
PIR24901 W250 PIR24902
PIU401
5
PIU405
IN2
SOT23-6
PIQ20501
VCC
4
SINK PIU404
COD21
D21
SOD123
DNS
COR251
R251
6
SOURCE PIU406PIR25101W250 PIR25102
1206
COU4
U4 22R
3 ZXGD3002E6
7949
PIU403
.
2R
PIR1201
0805
PIR1301
OP
i
33N
COC33
C33
1210
PIC3401
PIC3402
630V
PIC3 01
PIC3 02
5
W4:5 5 PIW405
33N
5
630V
W4:4
4
PIW404
PSGND
COC34
C34
1210
PIC1401
PIC1402
COC14
C14
250V
3300U
40X80MM
PIC1501
PIC1502
COC15
C15
DO-214AC
40X80MM
3300U
COR256
R256
PIR25501W125PIR25502
PIR25601W125 PIR25602
0805
0805
82K5
82K5
250V
PIN801
i
Hi-
K
1
2
3
CON8
N8
i
Hi4
-Hi
6
7
8
0805
D2PAK
COQ3:1
Q3:1
COR2
R2
0805
6668
4PIN SMT
OP
i
PIL401
11mm
H
4
PIW504
3
PIW503
PIQ103
PIQ101
1206
PIC3501 COC35 PIC3601 COC36
PIC3502 PIC3602
PIC10
PIC102
COC1
C1
MBS4992
5190 {Voltage}
PIC2701
PIC2702
1206
C35
1210
1210
COC23
C23
1210
COC27
C27
COC2
C2
W5:4
4
W5:3
2
PIW502
4
W5:2
1
PIW501
4
COW5:1
COW5:2
COW5:3
COW5:4
W5:1
4
PIW104
4
W1:4
3
187K
0805
4
C36
PIR1401W125 PIR1402
PIW103
4
W1:3
2
PIW102
4
W1:2
1
PIW101
4
COW1:1
COW1:2
COW1:3
COW1:4
W1:1
I
PSGND
1210
PIC202PIC201
10U
16V
PIC2801
PIC2802
COEC3
EC3
1
PIEC301
CON_HOLE_189
COEC7
EC7
CHSGND
1
PIEC701
COEC8
EC8
1
PIEC801
CON_HOLE_140
1
PIEC1001
4
COC28
C28
PIW204
4
W2:4
3
PIW203
4
W2:3
2
PIW202
4
W2:2
1
PIW201
4
COW2:1
COW2:2
COW2:3
COW2:4
W2:1
1
Of
1210
J
CON_HOLE_140
PSGND
WOOFER
RED
CON_HOLE_140
YS #7028
Section:
CHSGND
BLK
9
50V
COQ1
Q1
T810-600G-TR PIQ102
7915
R13
187K
Product(s):
Woofer Amp
SA115S/SA221S
PCB# M1833
Date Modified:
BLK
5
2
PIU20002
100N
OARS
COEC10
EC10
RED
4
3
2
1
PIR24 01
PIC2701
PIC2702
COC227
C227
COR244
R244
0R05
0805
-Hi
COR255
R255
OARS
PIR24 02
G
LTV-8141S
COL4
L4
5X5.5mm
J
COU200:1
U200:1
1
PIU20001
COR14
R14
PIC2301
PIC2302
1206
PIN701 CON7
N7
PID402 COD4
PID401 D4
ES1J
PIR24301
COR243
R243
0R02
PIL402
2919
0.18UH
187K
PIQ302 TO92 PIQ303PIR201W250 PIR202
Hii
PIC2 01
PIC2 02
COR238
R238
0805
PIR1302 COR13
COC229
C229
1600V
470p
PIR24201
OARS
COR12
R12
COC22
100N C22
100V
PSGND
PIR24302
COR242
R242
0R02
10R
+15V_LS
140V
3U3
33R
COR1
COR11
R1
R11
PIR101W125PIR102 PIR1101 W125 PIR1102
187K
187K
PIR1202
R60
PIQ20503
PID2102
PID2101
RAD POLY
0805
COC228
C228
680N
2R
PIC2901
PIC2902
10R
GND
0805
PIQ205 2
1206
1
2
PIU402
IN1
COQ205
Q205
Hii
COC4
C4
PIR23801W125 PIR23802
400V
.
PIR60 1 i Hi
2321 T0247
IKW75N65EH5
DO-214AC
3
5 PIW403
PIC2 801
PIC2 802
R59
PIR60 2 COR60i Hi
Hii
OP
i
PIL20001
PIR24202
PIR5902 COR59
SOD-323
Hi
i
PIC401
PIC402
453UH
6699
33N
1210
250V
PIC1301
PIC1302
1U 50V
PIL20002
0805
IN
2 SD
PIU20302
4 DT
PIU20304
4
PIU20604
1206
COC3
C3
140V
3U3
RAD POLY
DO-214AC
1
PIU20301
+
100V
Hi
i
ES1J
2512
COR262
R262
PIR26201 W100 PIR26202
1M0
W125
COC29
C29
1
PIEC101
COC12
C12
PIU206 5
0805
3
PIU20603
W100
630V
PIC3201
PIC320
33N
630V
W4:2 5
2
PIW402
PIC2901
PIC2902
33N
COW4:1
COW4:2
COW4:3
COW4:4
COW4:5
W4:1 5
1
PIW401
PIC1201
PIC120
COEC1
EC1
PIR26101
Hii
CAPACITOR BANK
I
0805
274K
5
PIR25901
CON4
N4
COR261
R261
W100
PIN401
182K
PIR26102
2
+Hi
COR259
R259
W100
Hi
i
W100
PIR25902
Hi
i
0805
COL200
L200
PID20501
PID20502
4K7
7
PIU20307
Hii
WOOFGND
C224
COC221
100NC221
COD205
D205
1R0
COR247
R247
WOOFGND
H
PIR901
Hii
0805
401 PIZD20 2
PIC2 10 PIC2COC224
PIC2 102 PIC2402 PIZD20 1
COR9
R9
33R
PIC301
PIC302
RAD POLY
630V
-15V_MOD
SOT-23
RAD POLY
182K
33N
MMBTA92
8165
COC223
C223
600V
10U
F
400V
630V
PIR240 2
PIQ20401
COC222
C222
600V
10U
PIR23402W100PIR23401
Hi
i
COQ204
Q204
PIQ20402
+
DNS
COR234
R234
COC219
C219
680N
33N
7817
SOD123
PIC2301
PIC2302
630V
1K0
5
PIU20505
1206
PIC2 01
PIC2 02
33N
MC33078D
47N 1206
-15V_MOD
7817
7
PIU20507
4K02
COC226
100V C226
0805
-
PIU20 1
PIR6201
PIQ20403
PIQ203
COD22
D22
PID2202
PID2201
2W00
+
PIU20 4 PIU20 6
DUAL OPAMP
0805
0805
-
MC33078D
U205:2
6
PIU20506
PIC2 601
PIC2 602
R236
6K98
1M0
PIU303
2W00
MC33078D
COR8
R8
PIR801W125PIR802
PIC2190
PIC21902
22R
COU3
U3
3 ZXGD3002E6
7949
1000V
7817 1K0
0805
1206
2321
150P
0805
16V
619K
T0247
PIQ20301
1206
Hi
i
COR62
R62
COQ203
Q203
PIR22501W250 PIR22502
MT2
PIR23601
COR232
R232
10U C242
PIR6202
IKW75N65EH5
COR225
R225
GND
SOT23-6
SO8
10R
5 IN2 SOURCE PIU306
6
PIU305
1206
PIQ20302
1206
MT1
0603
PIR23602 COR236
DUAL OPAMP
1
PIU20401
1
3
PIU20501
PIR23101W100PIR23102 PIR23201 W100PIR23202 PIU20403
PIU205 4
COU204:3
COU204:1
COU204:2
U204:1
-
VCC
4
SINK PIU304
2W00
470P
50V
1/8W
PIC2501
PIC2502
+
COR231
R231
PIU20402
PIR6101
R61
619K
IN1
G
3
PIU20503
DUAL OPAMP
4
G
-
2
220N 1206
COU205:3
COU205:1
COU205:2
U205:1
3
PIU20203
PIR22701 W100 PIR22702
PIR6102 COR61
0805
COU202
U202
LM311
7851
47R
COR227
R227
1
PIC24 0COC242
PIC24 02
2
PIU302
Hi
i
W125
2
PIU20502
COC225
C225
PIC201
PIC202
C220
50V COC220
0805
15K0
COR229
R229
PIR22901W250 PIR22902
W125
6K98
50V
COR226
R226
PIU20 7
+
PIU301
1
630V
1N
PIU205 8
2
PIU20202
PIC21802PIC21801PIR22401W125PIR22402
0805
PIR23 02 6K98 PIR702 6K98
COR224
COC218 R224
C218
0805
+15V_MOD
COR7
R7
PIU20 8 PIU20 5
WOOFGND
1206
33N
PIR701
PIR2 601
619K
Hi+
i
2W00
1/8W
CON1205
N1205
-15VS
0805
PIR2 602
-15V_MOD
0805
COR233
R233
PIR6301
0805
PIR22301 1/8W PIR22302
8 PIN120501
PIW20108
+15V_MOD
470R
0603
COR223
R223
+15V_MOD
+Hi
2W00
PIR2 101
7817
MC33078D
DNS
630V
W125
-15V_MOD
PIU204
COR221
R221
E
1206
COR63
R63
W125
PIR2 102
PIC21702 PIC21701
470P 50V
CON1204
N1204
+
0805
PIR6302
W250
10K0
7
PIU20407
W100
CON1206
N1206
+15VS
7
8 PIW20107 PIN120401
8
5
PIU20405
Hi
i
COR230
R230
PIR23001W250PIR23002
W250
PIN120601
PIR23 01
W201:8
PIR2 202
-
W125
W201:7
PIU201
COR201
R201
PIR20101W100PIR20102
12K1
COR222
R222
0603
8
F
8
6
PIW20106
0805
WOOFGND
COC217
C217
V- V+
W201:6
5
8 PIW20105
1/8W
W201:5
PIR2 201
PIU201 4 PIU201 6
475R0
U204:2
DUAL OPAMP
W250
PIR21901
LVGND
PIN120701
POLVGND2
LVGND2
CON1207
N1207
-
COR219
R219
6
PIU20406
W100
CON1203
N1203
+Hi
PIU204 8
0805
8
5
PIR21902
SOT-23
15V0
8 PIW20104 PIN120301
PIU20103
4K02
CDSF4148
SO8
3
0805
+15V_MOD
COR268
R268
PIR26801 W125 PIR26802
D1005
4
6
PID21301
4
0805
PID21401
PID21402
50V
0805
8
PID21302 COD213
D213
COD214
D214
COU201
U201
LM311
7851
+
680P
8K66
V- V+
2
PIU20102
D
SILENT
PIC21302 PIC21301
0805
PIU201 7
4
Hi
PIU201 8 PIU201 5
W125
OC
W201:4
Hi
PIR21501
COR218
R218
0805
SILENT ON/OFF
COC213
C213
PIR21801 W125PIR21802
47K5
i COR58
i
COR57
R57
R58
PIR5701W125PIR5702 PIR5801 W125PIR5802
49K9
49K9
CON1202
N1202
E
0805
0805
W125
8
0805
Hii
4K7
R215
W100
CON1208
N1208
49K9
R214
7
W201:3
3 PIN120201
PIW20103
COR56
R56
PIR5601 W125PIR5602
49K9
1
W201:2
COR55
R55
PIR5501 W125PIR5502
LVGND
PIR21401
4
6
CON1201
N1201
+15V_MOD
8
5
+Hi_Fused
PIN120101
2
8 PIW20102 PIN120801
+15V_MOD
Hi
PIR21502
i
COR215
W125
8
PIR21402 COR214
12K1
W100
COW201:8
COW201:1
COW201:2
COW201:3
COW201:4
COW201:5
COW201:6
COW201:7
W201:1
1
PIW20101
0603
7
FROM INPUT PCB
D
+15V_MOD
PIR20401W100PIR20402
1
PSGND
10
11
12
13
14
K
Rev# V01
BOM Rev# 01
Sheet
2022-01-28
Filename: Amp.SCHDOC
15
16
17
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
Hii
+Hi
PIC 6
PIR1502
PIC 5
PIR1501
COR29
R29
+Hi_Fused
COR16
R16
COR17
R17
W125
PIR2102
COR15
R15
140K0
0805
1M0
1M0
1M0
1206
1206
1206
1206
PIR2101
PIR20 1
COR21
R21
R20
33K
0805
PIR30 2
4U7
7720
TL431A
COQ2
Q2
PIQ203
PIQ201
COR30
R30
1K27
PIR601
50V
PIQ202
2V5
0805
1210
R6
15K0
0805
50V
PIC501
PIC502
PIC1602
PIC1601
COR74
R74
5
PIT505
PIR7201
8
PIT408
PIQ1202
1210
COQ12
Q12
FDT3612
6977
D
PIR7401 W250 PIR7402
PIQ1201
33R
G
1206
PIR7202 COR72
1206
COC30
C30
SOT233
S
R72
1K0
PIC2602 COC26
PIC2601
4
PIT404
PIQ1203
COD9
D9
PID902
PID901
C26
B0540
COD10
D10
XF3955
1210
100N
SOD123
5
PIT405
100V
PID1002
PID1001
0805
22U
1206
16V
PIC601
PIC602
PSGND
COC6
C6
5X5.5mm
COL3
L3
PIL302
B0540
-15V
Hi
i
COF5
F5
COC16
C16
PIF502
PID601 D6
PID602 COD6
100N
50V
18V0
PIR2702
0805
-
6
2
PIU202
PIR2701
PIR2802
-
SO8
7
PIU207
PIR2201 W100PIR2202
1M0
SO8
1
PIU201
7661
LM393D
U2:2
0805
F
5
+PIU205
3
PIU203
+Hi
UNDER VOLTAGE SHUT DOWN MAY NOT NEED
W100
PIR3402
PIR3401
PIR3201
PIR4202
DISCHARGE RAILS
COR34
R34
475K
COC18
C18
0805
PIR4201
PIC1802 PIC1801
470N 100V
W3:3
3
PIQ803
0805
D1005
PIQ801
G
PIW303
SOT-23
7986
0805
PIQ802
S
PIC20 1 COC20
PIC20 2
PIQ10 2
PSGND
SOT-23
PIR5101
COQ10
Q10
PIQ10 3
8165
MMBTA92
W100
COQ9
Q9
VDD
MMBTA42
PIR50 2
6847
COR51
R51
100K0
PIR50 1
0805
COR50
R50
1M0
0805
TLC555
1
GND PIU501
7836
COR79
R79
SILENT
Hii COR80
R80
PIR7902 W125
PIR7901
i
Hi-
PIR8002W125PIR8001
6668
COD18
D18
100K
SOT-23
0805
0805
43V0
COC41
C41
PIQ602
COQ6
Q6
MMBTA42
6847
16V
8V2
PIC4102
PIC410
50V
1N
100K
100K
0805
0805
0805
PIR6701
1206
PIR6702
PIR5402 COR54
0805
PIR5401
2
3
4
PIR3101
R32
475K
COR31
R31
475K
0805
PIR3 02 COR33
0805
PIR3 01
COR42
R42
475K
F
R33
475K
0805
PIR3602
0805
COR36
R36
475K
PIR3601
PIQ402
D
R37
475K
0805
COQ4
Q4
IRF830
N
0805
PIQ401G
G
TO220
6730
S
PIQ403
COR41
R41
1K0
0805
COD11
D11
PID1102
PID1101
SOD-323
680P
50V
100K
R54
1M0
PIQ503
COR67
R67
475K
PSGND
PIR7102
0805
SOT-23
PIQ502
COD24
D24
6847
PIQ1501
PIC40 1
PIC40 2
PIC3901
PIC3902
PID2401
PID2402
PIQ1502
PIR7601
PIR7602
PIQ1402
COC39
COC40
C40 10U C39
1206
LTV-8141S
16V
1206
PIQ1401
PIQ1403
PSGND
COQ5
Q5
COR38
R38
PIR3801W100 PIR3802
2K0
6847
MMBTA42
0805
PIR3902COR39
R71
475K
HEATSINK
BLEEDER CIRCUIT
0805
0805
SOD-323
18V0
PIR7 01
PIR7 02
SOT-23
COQ14
Q14
MMBTA42
6847
PIR40 2
W100
COR40
R40
10R0
0805
I
COD25
D25
18V0
475K
PIR3901
0805
PID2502
PID2501
SOD-323
COR76
R76
PIR40 1
R39
1M0
COQ15
Q15
PIQ1503 MMBTA42
H
0805
PIR7101 COR71
0805
SOT-23
COC19
C19
PIQ501
PIC420
PIC4201
COR77
R77
COC42
475K C42
0805
50V
1N
-Hi
PIR5202 COR52
0805
PIR5201
R52
DNS
0805
J
PIR7801 COR78
PSGND
PIR7802
R78
475K
0805
PSGND
Section:
PSGND
COU200:2
U200:2
PSGND
-Hi
Product(s):
TO POWER AMP PCB
1
0805
4
PIU20004
PID1801PID1802
100K
SOT-23
4PIN SMT
3
PIU20003
Hii
SO8
PIQ601
CDSF4148
8
PIU508
COR65
R65
PIR6502W125 PIR6501
C38
10U COC38
SOT-23
0805
4
RESET PIU504
2
TRIG PIU502
COR75
R75
3
6
PIR7502W125 PIR7501 PIU503 OUT
THR PIU506
5
100K
CONT PIU505
0805
7
DIS PIU507
PSGND
D1005
PSGND
PIR8101
COU5
U5
PIQ603
PID1901 COD19
PID1902 D19
COR66
R66
PIR6602W125 PIR6601
PIC3801
PIC3802
PID1602 D16
COD16
PID1601
COR81
R81
1M0
W100
0805
PIQ902
PIR8102
8V2
475K
PIQ1001
SOT-23
J
K
W100
SOT-23
COR48
R48
PIQ901
PIR5102
220N
50V
8V2
CON_HOLE_189
18V0
1206
SOT-23
1
PIEC401
PID1402 D14
COD14
PID1401
PIQ903
PID2302 COD23
PID2301 D23
BUSS PUMPING
SHUTDOWN
0805
SOD-323
C20
PID1702 COD17
PID1701 D17
COEC4
EC4
PIR4801
COR49
R49
PIR4901W125PIR4902
4M7
D
COQ8
Q8
3
CDSF4148
W125
R46
475K
100N
I
2N7002
2
3 PIW302
PID1501
PID1502
W100
W3:2
PIR4701
1
PIW301
PIR4601
PIR4802
COD15
D15
28K7
COR64
R64
PIR6402W125 PIR6401
PIC1902
PIC1901
+Hi
W100
W100
COR47
R47
W100
PIR4702
0805
PIR4602 COR46
PSGND
475K
18V0
PIR4502 W100PIR4501
475K
0805
CAPACITOR BANK #2
PIR4101
COR45
R45
W100
+Hi
200V
PSGND
3
COR44
R44
PIR4402W100PIR4401
475K
SOD-323
1206
PIR3102
COR28
R28
PIR4102
W100
100N
PIQ703
200V
COQ7
Q7
MMBTA92
8165
W100
COD12
D12
PID1202
PID1201
COC21
C21
H
COW3:3
COW3:1
COW3:2
W3:1
SOT-23
W100
PIC210
PIC2102
0805
PIQ701
SOD-323
W100
COD13
D13
PID1302
PID1301
W100
COR53
R53
PIR5301 W250PIR5302
10K
100V
PIN301
CON3
N3
PIR3701
E
0805
0805
0805
PIQ702
0805
W100
OC
COR43
R43
PIR4301W100PIR4302
475K
COR35
R35
PIR3502W125 PIR3501
33K
100V
G
COR26
R26
475K
475K
PIR3702 COR37
1206
TURN ON VOLTAGE
FROM POWER SUPPLY
(OPEN COLLECTOR)
PIR2601
COR27
R27
PIR2801
PIR3202 COR32
7661
LM393D
COU2:1
COU2:2
COU2:3
U2:1
+
PIR2602
SOD-323
0805
PIU206
-15V_MOD
+Hi_Dis
PIF501
5136
1A25
0805
D
PIL301
120uH
8101
SOD123
+Hi
SOT23
C
5X5.5mm
4
PIT504
XF3955
PIU806
COC5
C5
PIC30 2
PIC30 1
B0540
COC17
C17
6K20
COR22
R22
COR18
R18
PIR2901 W250PIR2902
PIR1601W250PIR1602
PIR1701 W250PIR1702
PIR1801 W250PIR1802
1M0
W125
PIC 6
W125
PIC 7
E
PIR1901
PIR30 1
PIR20 2 COR20
W125
-HI
COR19
R19
6K20
3
OC PIU803
22U
16V
W100
W125
PIR1902
4
PIU804
PIR602 COR6
1206
SOD123
6
PIT406
8
PIT508
COC37
C37
PIL101
120uH
8101
W100
PIU204
4
0805
Hii
1
PIT401
PIQ1103
100N
100V
PID801
PID802
PIC1701
PIC1702
W100
47U
35V
SO8
SS
1K27
50V PIC2502
4U7
PIC2501
3
PIT403
PIL102
PIC3702
PIC3701
W100
6x6mm
PIC3102
PIC310
PIR70 1
COC31
C31
8
GD1 PIU808
B0540
COD8
D8
W100
V+
7661
V-
COR70
R70
DT
6
PIT506
SOD123
W100
43V0
1210
PIU208
COC8
C8
1
PIU801
HiCOC25 i
C25
S
PID701
PID702
COT4
T4
W100
SOT-23
PIR70 2
8
PIC801
PIC802
PID2802 COD28
PID2801 D28
COC11
C11
Hii
1206
Hii
COQ11
Q11
FDT3612
6977 HiSOT233
i
D
+15V_MOD
COL1
L1
COD7
D7
W100
Hii
403D
560VDC
22N
4U7
U2:3
LM393D
PIQ1102
COR73
R73
PIR7301 W250 PIR7302PIQ1101
G
33R
+15V
1210
W125
PIL201
3
PIT503
1
PIT501
31.3V
7974
1000UH
PIC1 01
PIC1 02
5
GD2 PIU805
RT
COT5
T5
Hii
SO8
Hii
C24
4U7
2
PIU802
COU8
U8
UCC25600
7987
W100
PP RAD
+31V
PIL202
PID302 COD3
PID301 D3
MURA260T3
COC10
C10
151mA
COL2
L2
50V
D
1210
7
PIU107
8
PIU108
SMD8B
PIU807
7846
DPAK3
2
PIU102
8158
OUT PIQ1303
PIQ1302
DO-214AC
Hi i
1
PIU101
+15V_LS
1U
PIC10 2
PIC10 1
0805
B
PIC2402 COC24
PIC2401
C9
50V
LNK306G
S
S
S
S
COR4
R4
1K62
Hii
GND
4U7
3
D
PIR402
0805
BP
1206
5
PIU105
Hi i
PIU104 PIU103
4
PIR502
Hi i
R5
10R
FB
W250
C
100N
PIC701PIC702
50V
PIQ1301 IN
ES1J
PIC901 COC9
PIC902
PIR401
COC7
C7
COU1
U1
PIR501 COR5
W125
403D
Hi i
COQ13
Q13
MC7815BDTG
W100
0805
+15V_LS
403D
PID102
PID101
28K7
PID2001
PID2002
MURA260
VCC 7
PIR301 W125 PIR302
PID201 COD2
PID202 D2
PIL701
7967
COD1
D1
50V
Hi i
Hi
i
COR3
R3
PIL702
W125
Hi
i
MURA260T3
4U7
PIF601
Hii
i LNK
6 GND
+Hi_Fused
5136
Hii
COD20
D20
50V
COF6
F6
1A25
B
Hii
COL7
L7
PIF602
Power Supply
SA115S/SA221S
PCB# M1833
Date Modified:
5
6
7
8
9
10
11
12
13
14
K
Rev# V01
BOM Rev# 01
Sheet 2
2022-01-28
Filename: Supply15V.SCHDOC
15
16
Of
17
3
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15
16
17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
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9
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12
13
DATE
24-NOV-2020
28-JAN-2022
POTENTIOMETERS AND KNOBS
.
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VER# PC#
V01
.
9667
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
Changed C213 YS#7603 680p 5% to YS#9048 680p 1%
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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#
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DATE
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VER#
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PC#
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.
DESCRIPTION OF CHANGE
.
.
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.
POTENTIOMETERS AND KNOBS
REF
.
.
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.
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.
FUNCTION
.
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POT#
.
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STYLE
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KNOB#
.
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C
D
E
F
G
PINOUT DIAGRAMS
CASES AND PINS
H
IRS21844S
MC7815
1
IN
NC
14
2
SD
VB
13
3
VSS
HO
12
4
DT
VS
11
5
COM
NC
10
6
LO
NC
9
7
VCC
NC
8
I
I
#6686
G
O
#7846
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1833
Rev#: V01
Modified: 2022-01-28
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
3
Of
Tmp Rev: V028
16
17
3
COCNR4
#8835+
#8800
Into Wave
COTLH4
PATLH400
COCNR3
PATLH500
COTLH5
COHS3
HS3
619K
400V
680N
5972
10U
600V
5986
680N
400V
R234
D205
100K
C223
RT
V
M1833 V01
475K
R46
SA115S/SA221S
475K R48
7986
28K7
18V0
D11
C27
D18
43V0
475K
475K
PAD602
PAR2601
PAR4502
PAD601
COR45
D6
R45 COD6
D17 Q10
R31
475K
COR40 PAR4002PAR4001 PAR2801PAR2802 COR28 PAR3301PAR3302 COR3
COR38 PAR3802PAR3801 COR27 PAR2701PAR2702 PAR3101PAR3102 COR31
PAR4501
PAQ404
4249
+
8832
C19
475K
R32
COC19
COR36
R33 R36
1M0
R47
475K
475K
R42
COR42 PAR3202 COR32 PAR3602
475K
COC15
C15
PAR4202
PAC1902 PAC1901
680P
PAR3201
PAR3601
475K
COC12
C12
PAXC700
COR39 PAR3901
6730
IRF830
PAQ403
COHW1
R27
PAN801
PAQ401
475K
PAEC100
COR37
R37
COR41
R41
PAC1802
PAC1801 PAR41021K0PAR4101
470N
PAR3902 PAR4201
CON8
PAD1102
COHW12
+
COD1 PAD1101 PAQ402
10R0
PAC1502
33N
C23
33N
R80
100K
RT
V
RT
PARTV900
V
PAR4702 PAR4801
2K0
COTI LE1
PAC1202
CORTV9
4124
COQ4
Q4
PAR4802
COQ5
Q5
COC18
COXC7
Locating Hole
PAF501
18V0
.
M1833 V01
PARTV1400
PAEC101
PAC1504
3300U
250V
PAHS301
1A25
COR48
COR47 PAR4701
475K
R75
COEC1
PAR7501
PAR7502 COR75
100K
5923
PAQ803
PAQ503
PAR3701
MMBTA42
PAQ501 PAQ502 PAR3702
C18
R238
PAC1204
3300U
CORTV14
250V
D19
5923
PAQ801
R50
COD15
PAD1501
4148PAD1502 D15
COD19 PAD1901
PAD1902 100K0
PAR5101 PAR5102
COR51
R51
COD17
PAF502
COD23
D23 COQ9 PAR5001
Q9
PAD230218V0
PAD2301 PAQ902 PAQ901
PAR5002
MMBTA42
COR49
PAR4902 PAQ903 COR50
R49 PAR4901
4M7
PAC1503
PAC1501
+
+
COD18
COF5
F5
PAC2002
PAC2001 PAQ802
220N
PARTV1700
PAD1701
8V2
PAD1702
R39
1M0
100N
PAC390110U
PAC3902 COC39
C39
SA115S/SA221S
RT
PARTV1600
V
PAD1802
COQ10
PAD1703
PAC1402
CORTV16
PAD1803
PAQ1003
MMBTA92
PAQ1001 PAQ1002
3300U
250V
PAC1404
PAR5901
PAR8002
CORTV11
RT
V
PAC1203
PAC1201
+
COC40
C40
PAU504
COSNL1
PAC1401
+
5923PARTV1100
CORTV17
RT
PARTV100
V
PAEC10 1
COR59
R59
PAD1801
COR80 PAR8001
COQ8
Q8
+
PAQ601 PAQ602
PAU505 PAC4001100NPAC4002
PAR6002
COC20
C20
COC4
C4
COQ6
Q6
2R
4703
2R
4703
PAC1403
CORTV1
PAR5902
COR60
R60
COR46 PAR4602PAR4601
RT
V
1N
TLC555
10U
DNS
PAQ603
470p
1600V
+
PAN701
COC27COEC10
PAEC1000
PAC22901
COC14
C14
250V PAC1302
PAC401
MMBTA42
PAR81021M0
PAR8101
MMBTA42
475K
0W 1N
0W D25
150P
COU200
U200
COR81
R81
PAR6401
S/N LABEL
33R
LTV-8141S
COD5
D5
100K
100K
475K
100K
475K
COR64
R64
PAC101
COR238
PAC102
C1
PAU20003 PAU20004 COC1
PAD502
PAD501
ES1J
5225
COC229
C229
RT
V
0.18UH
COQ1
Q1
PAR23802
PAR6001
R28
10R
R249
DNS
R251 22R
5972
R225
R9
33R
82K5 R256
C22
RT
V
PAXC800
PAC301
COC23
PAC2302 PAC2702
PAR23801
PAC22702
IKW75N65EH5
PAR26002
PAR26001 COR260
470K
R260
PAC2301 PAC2701COHS1
PAC22902
PARTV1000
COC227
C227
PAC22701
PAU20002 PAU20001
PAR7102 PAR6602 PAR6402
PAU508 PAU507 PAU506
COR78
R78
COR54
COC42
R66
R54
C42 COR66
PAR7801 PAR7702 PAD2501
COD16
D16 PAR5402 PAC4102
PAC4202 PAR5202 PAC3801
PAD1602
PAR7802 PAR7701 PAD2502 PAC4201 PAR5201
8V2 PAR5401 PAC4101
COR77
PAC3802 PAD1601 PAD1603
R77 PAD2402 COR52
COC41
R52
C41 PAU501 PAU502 PAU503
COC38
COD24
C38
D24
COQ14
COU5
Q14 PAD2401
U5
PAR7601
PAQ1402 PAQ1501
PAQ1403
PAQ1503
COR76
R76
PAQ1401 PAQ1502
PAR7602
COQ15
Q15
475K
COW4
W4
PAD402
1 PAR24 02
PAR24 00R05
T810
+
PAQ20500
PAQ20502
PAQ20503
COLink2
CON7
3U3
CORTV10
140V
4233
2321
COXC8
5923
PAC1304 3300U
5949
COR244
R244
C36
33N
COR65
R65
COR67
R67 PAR6701 PAR6501
COD25
PAD401
PAQ101
PAQ103
PAQ102
COR71
R71PAR7101 PAR6601
COC32
PAC22302
PARTV1900
PARTV200
PAC402
1 PAR24202
PAR24200R02
COC36
475K
PAC3401
COC34
C34
10U
CORTV19
600V
PAC22301
CORTV2
COC13
C13
COR242
R242
PAR202
PAC3601 PAQ302 PAQ301 PAQ303 PAR20110R
5190 COR13
R13
PAC3602
301 PAR1302 COR12
PAR1402187KPAR1401 PAR1187K
R12
COR14
R14
PAR1201187KPAR1202
R1
PAR102187K
PAR101 COR1
PAC201
PAC202
10U
PAR1101187KPAR1 02
COC2
COR11
C2
R11
MMBTA42
PAC3301
PAC3402
33N
PAW401
PAW400
R25
R23 DNS 10K0
R222 10K0
R232 1K0
1 PAR24302
PAR24300R02
COR2
R2
PAR6702 PAR6502
COD4
D4
COC33 PAC3302
IRS21844S
100N
C234 100N 470R
R221
MC33078D
100N C233
C225 C226
47N
R200 C220
49K9
33N
33N
33N
PAW402
D21
LM311
C211
C205
LM311
C209
12K1
10K0
475R0
R240
470P
3538
BLK RED
C29
3538
COQ3
Q3
PAC3201
PAC3202
COQ205
Q205
PAQ20501
5986
COD21
PAQ20300
2321
IKW75N65EH5
PAQ20303
PAC22202
PAC22802
PAC1303
PAC1301
+
+
COR243
R243
PAL401 PAL402
PAN401
PAW403 COC29 PAC2902
PAC224011U
PAC22402
+
PAD2101
CORTV4
CON4
PAC2901
PAR7901
COR79
R79
PARTV400
COC35
PAW404
PAR7902
+
4233
PAQ20302
R38 R40
300
COW3
W3
PAW405
PAD2102
COR237
R237COC224
C224
PAQ20301
RT
PARTV800
V
COC2 3
PARTV1800
COL4
L4
PAW501
BOT
33N
PAW303
100N 470R
PAR5602 PAR5802
COR56
R56
COW5
W5
C33
COD14
D14
PAW302
PAF602
1
PAD1403
1A25
COR234
5949
COLink5
T
R3U3
PALink502
PAC302 PALink201 PARTV300
V
140V
CORTV18
PALink501
PALink202
PAEC200
PAR5801
PAW504
PAW503
PAW502
PAR23401
PAR23402
182K
101 PAC2 102
COC2 1 PAC2100N
CORTV8
PAEC201
PAR5702 COR57
R57
PAC3502
PAC3501
COF6
F6
PAU20308
COQ203
Q203
RT
PARTV500
V
PAZD2000218V0
PAZD20001
4148
PAR5601
PALink301
COZD20
PAU203010
PAU20309
RT
V
PAR5501
PAR5701
COR58
R58
PAU203011
COHS2
HS2
CORTV5
COC3
C3
ESD
COEC2
COC228
C228
PAC22801
CORTV3
RT V
COESD2
COR251 COR249
PAL20001
PAL20000
CORTV21
TEST
PAF601
COR23
COIL
e
CON1201
PALink302
PATJH100
4163
PAC2102
COC21
C21
PAW301 PAN301
PAC20702
PAC20701 COC207
C207
100N
AC20601 PAC20602 COC206
P100N
C206
PAU203012
PAR901 PAU301PAU302 PAU303
RT
V
PAR5502
COD2
D2
PAC902 PAR402
PAR401 COR4
1K62
R4
PAR302
PAR301 COR3
28K7
R3
PAC901
COC9
C9
GND -HI -HI +HI +HI
PAD1201
CON3
GND GND
PAC2101
200V
PAD1202
PAW300
4146
COD13
D13
COR53
R53
02 PAR5301
PAR5310K
100N
PAQ703
PAR4402
R44
COQ7
PAD1301200V
PAD1302
PAQ702 PAQ701
MMBTA92
475K
Q7
COR35
PAR3502
R35 PAR350133K
DC IN FROM P.S.
COR34
R34
COR43
PAR4302 PAR3401
PAR3402
475K
475K
R43 PAR4301
12K1
R204
COR55
R55
PAD202
PAW201
W2
MID COW2
COR202
COR230
R230
PAU306PAU305 PAU304 COU3
U3
PAR902
ZXGD3002E6
PAR23702 1R0PAR23701 PAD20501ES1JPAD20502COD205
PAR100133R
PAR1002
COR10
R10
PAR2302 PAR25102 PAR24902
453UH
6699
PAC702
PAC701 COC7
C7
100N
CAPACITOR BAY 1
1
W1
TOP COW1
BLK RED
C28
33N
3538
BLK RED
PAW101
PAXC600
PAN120701 PAN120301 PAN120201 PAN120801 PAN120101
PAD21302
PAD21303
COR5
R5
300
PAC2802
COC28
10U
MC33078D
100N C202
100N C212
100N C208
100N C200
220N
10R0
COD213
D213
PAU403PAU402 PAU401
ZXGD3002E6
PAU404PAU405 PAU406
PAC21902
COR9
PAU203014
PAC23102 PAC23101 COC231
C231
COC2 PAC2202100NPAC2201 100N
PAR2301 PAR25101 PAR24901
RT V
TO INPUT BOARD
COLink3
PAD21301
PAU20305
PAU20306
PAU20307
COR25 PAR2502
CORTV26
PAU20304
AR26101 PAR26102
P274K
U4
PAR2501 COU4
COXC6
CON1212
5
PAC2801
100N 100N
100N 47K5
C203
MURA260
D20
PAN120501 PAN120401 PAN120601
PLUG CONNECTORS CENTERED
PAW204
PAW203
PAW202
C242
1M0
R227
4K02 R8
47R
C218 R224
R255 C204
1N
1K0 6K98
R7 6K98
R233 6K98
R236 6K98
470P
PAW20108 PAW20107
COR261
R261
PAL20002
COC234
2328 CON1208
PAW20106 PAW20105 PAW20104 PAW20103
PAW20102 PAW20101
COTJH1
PAW104
PAW103
PAW102
COR2 1
PAU20303
COC235
PAR25602
PAR22201 PAR23202
3
PAD102
PAR26202
R262 PAR262011M0
COR256 COR262
PAC23502
C235 PAC23501
10U
PAR25601
COC2 0 COR2PAN1212012 COR232
PAN121101 PAC22002
COC202 COC212 COC208 COC20 COR20 PAR20202R202
PAR20201
10R0
1
COD1
D1
WARNING
ES1J
PAD101
PAU20302
PAR22202 PAR23201
COLink4
PAU20301
PAU20604
PAC22201
CORTV6
Z1740
PAL202
C217
15UH L7
PAR501
PAC22601
PAC22001
CON1211
ES1J
1000UH
PAU105
COU204
U204
CON1205
CON1204
CON1206
CON1207
CON1203
CON1202
PAR502
PAU101 PAU102 PAU103 PAU104 PAD201
COU1
U1
82K5 100N
C25
C10
PAD302 PAU108 PAU107
PAL201
COR231 PAR23102 COR23 COR236
PAU204 1 PAU204 2 PAU204 3 PAU204
PAC22602
PAR22101
PAC23401
PAC23402
49K9
COL2
L2
COC2 6
COC2 5
C32
PAEC300
PAC1101
PAU20603
RT
PARTV700
V
PAEC701
RT
PARTV600
V
PAU203013
COU203
U203
PAU20605
COU206
U206 PAU20602TL331
COW201
W201
560VDC
PAC1001 22N
PAC1002 COC10
5217
LNK306G
4U7
PAEC301
PAC21002
PAC20202 PAC21201PALink402PALink401PAC20801 PAC20002 PAR20002
PAC20201 PAC21202 PAC20802 PAC20001 PAR20001
PAR16021M0PAR1601 PAR29021M0PAR2901 COR29
R29
MURA260T3
COR18
PAU204 8 PAU204 7 PAU204 6 PAU204 5
PAC23301
COR2 5
COR259
R259 PAR25901
PAR25902
182K
PAR25802
PAR25801
20K5
PAU20601
CORTV7
1 PAR2 902
PAR2 9010R
1 PAR2 502
PAC2320133U
PAC23202 PAR2 5022R
+
2 PAR230 1
PAR230DNS
COR258
R258
CORTV20
PAR21801
PAR21802 COR218
8K66
R218
C213
PAC21301
PAC21302 COC213
680P
PAR22102
COC210
C210
15V0
1M0
R17
R18
1M0
COEC3
COR17
COD28
D28
PAC23302
COR240
PAR22302 PAR701 PAR23301 PAR23602
PAR23101 COR7
49K9
PAD2802
43V0
PAD2801 PAD2803
COR16
R16
COC23
PAC21702 PAR22301 PAR702 PAR23302 PAR23601 PAC22502
PAC21701
PAC22501
49K9
COR2
COC217
COC8
C8
47U
PAR2201
PAQ202
PAC1602 TL431A
100N
COC16
C16 PAC1601
PAR1802 PAR1702
PAQ201 PAQ203
COQ2
Q2
PAR1801 PAR1701
COC11
D3
C11COD3
PAC1102 PAD301
PAR24002
PAR24001
PAC21001
PAU20501 PAU205 2 PAU205 3 PAU205 4
+
PAU205
PAC802
PAC801
PAQ1301 PAQ1303
PAR2202 PAR2101
1M0
PAU204
10R
PAU207
LM393D
PAU206
PAU203
MURA260T3
PAU202
COR21
PAR2001 PAR2102
PAL702
4U7
PAU208
33K
COU2
U2
PAL701
MC7815BDTG
R21
COR20
R20
PAR2002
PAR1901
PAU201
COL7
PAQ1302
01 PAC3102
PAC314U7
PAR25501
COD214
D214
PAC24201
R223
COQ13
Q13
PAC21101
PAC21102
COU202
U202
PAEC700
COC222
C222
PAR6202619K
PAR6201
COD22
PAD2201
D22 PAD2202DNS
COR229
R229
COC232
C232
PAD214014148
PAD21402 PAR26801
PAR26802 COR268
R268
4K02
U205
COR223 COU205
COU8
U8
PAU20 1 PAU20 2 PAU20 3 PAU20 4
PAC20902
COC219
C219
PAC21901
COR62
R62
PAR6101
PAR21002
PAR21001
20K5
COR210
R210
COC21
PAR20302 PAR21901 COR201
R201
COR203
R219
R203 COR219
PAC24202
PAR22701 PAR802
PAC20402
COR25 PAR25502
COR72
R72
R22 6K20
R19
R15 R30
6K20
140K0 1K27
COR30 PAR3001PAR3002
COR15 PAR1501PAR1502
COC5
C5
PAR22702 PAR801
PAU20508 PAU205 7 PAU205 6 PAU205
PAC20401
R231
R74
Q12
22U
XF3955
PAU805
4U7
Q11
C26
22U
B0540
100N
B0540
100N
XF3955
C24
4U7
4U7
R6
15K0
1K27
1K0
PAU804
COC204
PAR20102
PAR20101
C
BlankSize - 293.00mmX184.00mm (11535X7244)
PAC2501
PAC501
COC31
C31PAC5021U
COR19 PAR1902
PAR20402
PAC20901
COR2 7COR8 COC242
PAR22401
8
PAU808
PAT508
PAR20301 PAR21902
PAR20401
PAC216021N
PAC21601
COC230
PAC23002
C230 PAC23001
47P
COR24
PAR2401
4K7
R24 PAR2402
RT V
PAR22402
COR2 4
COT5
T5
COR74 PAC2502 COC25
PAC20502
COC209
PAXC900
PATJH200
COTJH2
TEST
COR63
R63
COR61
PAR6302
R61 PAR6301619K
PAR6102
COC216
C216
COL200
L200
PAU20 8 PAU20 7 PAU20 6 PAU20 5
PAC20501
1
PAR740233RPAR7401
PAU801
1
ORIGIN
PAQ1201
COR6 PAR601 PAR7001 PAR7201
COR204
COC218 PAC21801PAC21802
PAT505 PAT506
PAU807
COR70
R70 PAU802
UCC25600
PAU806
PAR602 PAR7002 PAR7202 PAU803
PAEC400
COCNR1
2
PAQ120FDT3612
COQ12
PAT501
COR226
R226 PAQ20401 PAQ20403
PAR22602
PAR22601
15K0
PAU201 PAU201 2 PAU201 3 PAU201 4
COU201
U201
COL3
L3
COC6
C6
PAT504 PAT503
PAQ1203
C 2020
PAD2001
PAL301
120uH
PAC602
COR73
R73
PAQ1101
COQ11
Yorkville COC26 PAC2601
PAEC401
PACRG100
PAQ1102
FDT3612
PAC2401
PAL302
PAR214024K7
PAR21401
PAR21502
COC203 PAC20301PAC20302 PAU201 8 PAU201 7 PAU201 6 PAU201 5 COC205
COD20
PAR730233RPAR7301
PAQ1103
PAC2602
PAD2002
120uH
PAC601
PAC3001
COD9
D9
PAC2402
COEC4
CLINCH
PAT408
PAD901
PAD1401
COCRG1
PAD801 PAC3701
COD8
D8
COC30
C30
PAD902 PAC3002
COD10
D10 PAD1002B0540PAD1001
PAC1701
PAC1702 PAL102 PAL101
PAXC500
D204 COR247
COQ204
R247
Q204 COD204
PAQ20402
702 PAR24701
PAD20401
PAD20402 PAR244K7
MMBTA92
ES1J
COR215
R215
PAR21501 COR214
R214
COL1
L1
+
PAT405 PAT406
COD12
D12
PAD1402
8V2
PAPF100
PAT401
COEC9
COC24
+
COT4
T4 PAT404 PAT403
COR4 PAR4401
COPF1
COC17
C17
COC37
C37
PAD802 PAC3702
1
COD7
D7
PAD701B0540PAD702
PAPF300 COPF3
COEC7
SA115S / SA221S AMP
C221 ZD200
3 OZ. COPPER
PAXC400
COXC9
COXC5
1M0
COXC4
PAPF400
COPF4
PAR2602
COR26
R26
COEC8
PAEC800
PAEC801
COPF2
PAPF200
COTLH3
PATLH300
COCNR2
1
2
3
4
5
6
7
8
9
10
11
12
13
PCB ASSEMBLY DOCUMENTATION
A
14
15
16
17
RTV INSTRUCTIONS:
GENERAL ASSEMBLY INSTRUCTIONS
A
ADD RTV BETWEEN:
C12, C13, C14, AND C15 AFTER WAVE
SOLDER
1. Bend leads on hand placed parts in direction of pad and cut short to less than length of pad.
No exceptions unless approved by Production Engineering.
ADD RTV
B
B
2. Any clinch parts with longer leads than the length of the pad must be cut shorter either prior to
wave-soldering or afterwards in PCB finishing. No exceptions unless approved by Production Engineering.
3. After Wave apply RTV to all holes indicated and all larger and between tall capacitors.
C
C
4. Before tightening screw 8832 on xstr spring 4249 ensure that it is aligned with Q4.
Also silpad 4124 should overhang the edge of the heatsink. See picture below.
D
D
YS#: 8832
E
DESC: 6-32X1/4 PAN TAPTITE
E
MOUNTING HARDWARE INSTRUCTIONS FOR HEAT SPREADER Z1740:
1. First install #8742 screw to align heatspreader Z1740
2. Install all devices, shown in pictures below, on Heat Spreader
F
DESC: XSTR SPRING
MOUNTING HARDWARE FOR Q203/Q205:
TOP VIEW:
F
Q4
YS#:8761
DESC: #6-32X1/2&quot;
YS#: Z1740
OVERHANG SILPAD
DESC: HEAT SPREADER
YS#: 4124
G
DESC: 1.1x0.82&quot; SIL PAD
YS#: 8800
Q203
G
DESC: #6 KEPS NUT
YS#: 8902
SEE NOTE 4.
DESC: 4-40X3/4 PAN
Q205
H
Top of Coil L200
YS#: 4249
H
YS#: 8485
DESC: #6 ZINC WASHER
YS#: 4233
DESC: CERAMIC INSULATOR
I
YS#: 8701
IMPORTANT!
BOTTOM VIEW:
I
DESC: 4-40 KEPS NUT
Ensure that all fastener nubs on tie wraps
are well below the top of the coil.
ADD GOOP ON BOTH SIDES OF CERAMIC INSULATORS
1st HEATSINK ALIGNMENT SCREW
YS#: 8742
J
J
DESC: #4-40X3/8
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA115S/SA221S
M1833
Rev#: V01
Modified: 2022-01-28
1
2
3
4
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9
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EML Rev#:
File: Assembly.SchDoc
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17
DESIGN HISTORY AND INFORMATION
A
A
B
B
CHANGE HISTORY
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
24-NOV-2020
28-JAN-2022
POTENTIOMETERS AND KNOBS
.
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VER# PC#
V01
.
9667
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
Changed C213 YS#7603 680p 5% to YS#9048 680p 1%
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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POTENTIOMETERS AND KNOBS
REF
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FUNCTION
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POT#
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STYLE
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KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
CASES AND PINS
H
IRS21844S
MC7815
1
IN
NC
14
2
SD
VB
13
3
VSS
HO
12
4
DT
VS
11
5
COM
NC
10
6
LO
NC
9
7
VCC
NC
8
I
I
#6686
G
O
#7846
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1833
Rev#: V01
Modified: 2022-01-28
1
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EML Rev#:
File: History.SchDoc
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3
1
2
3
4
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7
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9
10
11
12
13
14
15
16
17
A
A
SILENT
W5
+Hi
B
-Hi
1
2
3
C
-Hi
SILENT
CAPACITOR BANK #2
D
3
W2:2
3
W2:3
3
4 W5:2
4 W5:3
C
+Hi
4
W2:1
B
4 W5:1
C1
C2
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
4 W5:4
FROM POWER SUPPLY
PSGND
D
1
TO METAL DISCHARGE PCB
+Hi
2
W1
3
2499
E
E
F1
W2
1
4 W1:1
T1.25
C5
C6
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
C7
C8
PSGND
-Hi
SILENT
2
3
F
4 W1:2
4 W1:3
F
2499
F2
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
C9
C10
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
4
4 W1:4
T1.25
PSGND
G
G
EC2
H
PSGND
6
EC3
1
1
CON_HOLE_189
TH2
CON_HOLE_189
TH1
H
+Hi
W4:7
PSGND
-Hi
PSGND
EC4
W4
1
CON_HOLE_189
W4:1 6
1
I
I
W4:2 6
2
-HiFUSE
W4:3 6
3
F5
PSGND
3477
W4:4 6
4
+HiFUSE
J
W4:5 6
5
F6
J
PSGND
3477
W4:6 6
6
TO CAPACITOR BANK
K
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd.
Product(s):
SA115S/SA221S
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
Description:
SA115S/SA221S
14
PCB#:
M1834
Rev#: V01
Modified: 2020-11-25
15
K
EML Rev#:
File: M1834.SchDoc
02
Sheet
1
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Tmp Rev: V032
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17
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16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
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8
9
10
11
12
13
DATE
24-NOV-2020
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VER#
V01
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PC#
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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DATE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1834
Rev#: V01
Modified: 2020-11-25
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
02
Sheet
4
Of
Tmp Rev: V032
16
17
4
7.700
Into Wave
2700U
250V
2700U
250V
5911
RT
V
4146
3477
300
3477
TO POWER AMP
HI+ FUSE
REPLACE WITH
RECOMMENDED FUSE
2700U
250V
RT
V
C9
RT
V
2700U
250V
RT
V
5911
RT
V
4 PIN
RT
V
5911
F6
GND _ GND SILENT
RT
V
RT
V
RT
V
4194
4151 SILENT
W4
HI+
HI+
3477
+
HIHI-
PSGND
RT
V
F5
1
2700U
250V
3477
2700U
250V
RT
V
5911
HI- FUSE
RT
V
5911
4147
3477
+
C7
SA115S/SA221S
M1834 V01
+
+
OUT
METAL DISCHARGE BOARD
BREAK
C5
RT
V
GND
C1
300
W5
FROM SMPS
METAL DISCHARGE BOARD
W2
1
+
2700U
250V
+
300
2700U
250V
5911
+
HI-
Yorkville
Yorkville
2020
C 2020
RT
V
+
HI+
RT
V
5911
RT
V
+
C6
+
+
2499
TO METAL DISCARGE PCB
+
F1
C2
+
+
REPLACE FUSE WITH SAME TYPE
USE YS# 8691
ALUM SPACER
CHASSIS GND
5911
DO NOT DISCONNECT UNTIL BOARD FULLY DISCHARGED
W1
C8
+
C10
+
BlankSize - 220.98mmX171.45mm (8700X6750)
e
CAUTION DISCHARGE
BEFORE SERVICING
ESD
2499
1
6750 (mil)
S/N LABEL
TEST
F2
SILENT
5.750
USE YS# 8691
ALUM SPACER
CHASSIS GND
TO POWER AMP
3477
CAUTION DISCHARGE
BEFORE SERVICING
CLINCH
ORIGIN
M1834 V01
3 OZ COPPER
SA115S/SA221S
USE YS# 8691
ALUM SPACER
CHASSIS GND
TEST
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
B
A
B
1. When inserting fuse holders YS#3477, orient them such that the side with the rings match
with the rings on the silkscreen as shown in photo #1.
2. RTV all along sides in between all capacitors as shown in photo #2
C
C
D
D
E
E
F
F
G
G
H
H
I
I
#1
#2
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA115S/SA221S
M1834
Rev#: V01
Modified: 2021-04-15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: Assembly.SchDoc
15
16
02
Sheet
2
Of
Tmp Rev: V032
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
24-NOV-2020
21-JAN-2020
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
ADDED FUSE HOLDER INSTRUCTIONS TO ASSEMBLY
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DESCRIPTION OF CHANGE
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1834
Rev#: V01
Modified: 2021-04-15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
02
Sheet
4
Of
Tmp Rev: V032
16
17
4
To Cap Boards
To AC IN Connector
ACBLK2
a
2
W2:1
Pin 1 BLK
W13:1
2
2 PIN
2
1
1W00
a
2
2 PIN
1233
W13:2
R74
.
To DSP PCB
1K8
W13
From AC Switch
Pin 1 BLK
a
ACBLK1
2
W2:2
T1
From AC PS Board
AC Line Current Sense
W10:1 4
W10:2
4
W10:3
4
1
1
2
2
3
3
4
W11:1
4
W11:2
4
W11:3
1
2
4
W12:1
4
W12:2
4
W12:3
CON_HOLE_156
3
1
HC1
W10:4
4
4
4
4
W11:4
4
4
W12:4
CRITICAL SAFETY COMPONENTS
THIS SYMBOL IS PLACED ADJACENT TO
SAFETY CRITICAL COMPONENTS.
Section:
Product(s):
Synergy Current Sense
Synergy
PCB#: M1837
.
Modified:
2021-04-15
Rev#: V01
EML Rev#:
File: M1837.SchDoc
01
Sheet 1
Of
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
19-APR-2021
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
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DESCRIPTION OF CHANGE
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
Synergy
M1837
Rev#: V01
Modified: 2021-04-15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
01
Sheet
4
Of
Tmp Rev: .
16
17
4
Synergy
M1837 V01
10
1
1
R74
13mH
1233
1K8
4683
2
W2
1
4056
1
AC BLK
4263
TO DSP
1
1
DISCHRG
AC CURRENT SENSE
S/N LABEL
1
HI+
W12
4151
4151
GND
4151
HI-
TO CAP BOARDS
300
FROM AC PS
300
W11
300
W10
1
6
T1
5
Yorkville
C 2020
W13
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
Transformer T1 Assembly
1) Bend shielded wire as shown in picture 1.
2) Route cable through transformer YS#1233 as shown in pictures 2 and 3.
3) Place transformer on board, and bend cable once more as shown in pictures 4 and 5.
4) Line up cable connections to indicator on board as shown in picture 5.
B
B
C
C
D
D
E
E
F
F
#1
#2
#3
G
G
H
H
I
I
J
J
#4
#5
Assembly Documentation
Section:
Product(s):
K
PCB#:
Synergy
M1837
Rev#: V01
Modified: 2021-04-15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
01
Sheet
2
Of
Tmp Rev: .
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
19-APR-2021
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V01
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
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DESCRIPTION OF CHANGE
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
Synergy
M1837
Rev#: V01
Modified: 2021-04-15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
K
EML Rev#:
File: History.SchDoc
15
01
Sheet
4
Of
Tmp Rev: .
16
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
A
A
B
B
C
-Hi
SILENT
CAPACITOR BANK #2
D
W2:1
3
W2:2
3
W2:3
3
C
+Hi
C1
C2
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
C3
C4
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
D
1
TO METAL DISCHARGE PCB
+Hi
2
3
W1
2499
E
E
F1
+Hi
W2
1
-Hi
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
SILENT
2
3
W4:2
G
6
W4:3
6
W4:4
6
W4:5
W4:6
6
6
4
W1:2
4
W1:3
4
W1:4
C6
-Hi
W4
W4:1 6
W1:1
T1.25
C5
PSGND
F
4
1
C7
C8
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
F2
2
3
F
2499
4
T1.25
PSGND
4
G
C9
C10
40X63MM
40X63MM
2700U
5911
2700U
5911
250V
250V
5
EC2
PSGND
6
EC3
1
SILENT
1
CON_HOLE_189
TH2
CON_HOLE_189
TH1
W5
+Hi
H
PSGND
6
W4:7
H
CAPACITOR BANK
-Hi
1
4
W5:1
PSGND
PSGND
EC4
1
2
I
3
4
J
PSGND
4
W5:2
4
W5:3
4
W5:4
CON_HOLE_189
I
PSGND
FROM POWER SUPPLY
J
K
1
2
3
4
5
6
7
8
9
10
11
12
13
Yorkville Sound Ltd. Product(s):
SA315S/SA221S
550 Granite Court
Pickering, ON
Canada L1W 3Y8
www.yorkville.com
SA315S
14
Description:
PCB#:
M1840
K
Rev#: V01
Modified: 2020-03-19
15
EML Rev#:
File: M1840.SchDoc
02
Sheet
1
Of
Tmp Rev: V032
16
17
4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
19-MAR-2020
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VER#
V01
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PC#
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
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#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
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DESCRIPTION OF CHANGE
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2
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13
DATE
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
E
F
G
PINOUT DIAGRAMS
MJL21194 (YS#6988)
H
MJE15032 (YS#6808)
TO3P
I
TO-220
E
C
E C B
B
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S/SA221S
M1840
Rev#: V01
Modified: 2020-03-19
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
02
Sheet
4
Of
Tmp Rev: V032
16
17
4
2700U
250V
2700U
250V
5911
RT
V
RT
V
RT
V
RT
V
4194
4151 SILENT
1
4146
RT
V
C4
+
+
4 PIN
C1
+
GND
W2
+
+
2700U
250V
300
C9
2700U
250V
2700U
250V
RT
V
2700U
250V
5911
RT
V
5911
RT
V
FROM SMPS
5911
TO POWER AMP
RT
V
W5
RT
V
300
RT
V
HI-
W4
300
HI+
+
2700U
250V
RT
V
RT
V
RT
V
RT
V
RT
V
2700U
250V
4147
2700U
250V
5911
1
5911
RT
V
+
5911
HIHI-
PSGND
+
C7
+
OUT
+
BREAK
C5
+
METAL DISCHARGE BOARD
HI+
METAL DISCHARGE BOARD
ORIGIN
2700U
250V
5911
TO POWER AMP
C3
CAUTION DISCHARGE
CLINCH
Yorkville
Yorkville
2019
C 2019
RT
V
+
HI+
RT
V
5911
RT
V
+
C6
+
+
2499
TO METAL DISCARGE PCB
+
F1
C2
+
+
REPLACE FUSE WITH SAME TYPE
USE YS# 8691
ALUM SPACER
CHASSIS GND
5911
DO NOT DISCONNECT UNTIL BOARD FULLY DISCHARGED
W1
C8
+
C10
+
BlankSize - 220.98mmX171.45mm (8700X6750)
e
TEST
CAUTION DISCHARGE
BEFORE SERVICING
ESD
2499
1
171.45 (mm)
S/N LABEL
F2
SILENT
5.750
USE YS# 8691
ALUM SPACER
CHASSIS GND
GND _ GND SILENT
Score
Score
Score
Score
Into Wave
BEFORE SERVICING
M1840V01
SA315S/SA221S
M1840 V01
USE YS# 8691
ALUM SPACER
CHASSIS GND
SA315S/SA221S
TEST
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
B
A
B
1. RTV ALL LARGE AND TALL CAPS AND RTV HOLES PROVIDED.
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
Product(s):
K
PCB#:
SA315S/SA221S
M1840
Rev#: V01
Modified: 2020-03-19
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EML Rev#:
File: Assembly.SchDoc
16
02
Sheet
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Tmp Rev: V032
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DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
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DATE
19-MAR-2020
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DESCRIPTION OF CHANGE
RELEASED FOR PRODUCTION
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VER#
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PC#
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DESCRIPTION OF CHANGE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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REF FUNCTION
POT/SW YS# STYLE
KNOB#
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C
D
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F
G
PINOUT DIAGRAMS
MJL21194 (YS#6988)
H
MJE15032 (YS#6808)
TO3P
I
TO-220
E
C
E C B
B
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA315S/SA221S
M1840
Rev#: V01
Modified: 2020-03-19
1
2
3
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15
K
EML Rev#:
File: History.SchDoc
02
Sheet
4
Of
Tmp Rev: V032
16
17
4
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2
3
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7
8
9
10
11
12
13
14
15
16
17
CHECK RESISTOR VALUES WITH TOM
+15VIP
A
+15VIP
+15VIP+
R21
R18
W100
CODEC B OUTPUT
FOR TEST PURPOSE
W100
100R
100R
0805
0805
50V
C13
+15VIP+
50V
50V
C14
0805
0805
100N
100N
B
8
TL072
7669
TL072
7669
8
V+
U7:3
V-
D2
CDSF4148
50V
GNDA
U9:3
50V
4
C19
6
-
5
R12
R30
W125
D1005
R59
187K
0805
6
-
GNDA
5
W125
22K1
W125
0805
N10
+
R48
W125
37K4
750R
0805
0805
0805
TL072
7669
U8:2
SO8
2
R49
750R
0805
R6
10K00
CHSGND1
-
3
0805
+
SO8
0805
R165
3
+
50V
W125
31K6
470P
0805
U7:1
R55
560R
R13
200R
DSP SHEET
R16
R53
W100
0805
VSS
CDSF4148
10U
D1005
4K02
0805
0805
GNDAMP
INPUT2
16V
1206
ANALOG GND
LEDSOFF
Use W2 for single Amplifier Testing
TO CHASSIS
GROUND
W4
+15V
VSS
GNDAMP
GNDA
W4:8 8
XC19
10U
5
W100
U1:2
SO8
+
6K98
0805
W125
50V
6
100P
R28
7
C52
W125
7817
MC33078
W125
K1:2
47R5
-
R75
10K00
R31
10R0
3700
0805
0805
RELAY 2C
2
W125
10K00
N17
0805
100P
I
GNDAMP
50V
0805
3
+15VIP
50V
8
V+
4
50V
2
0805
RELAY 2C
GNDAMP
3700
U1:1
SO8
+
W6:1
3
W6:2
-
3
3
W6:3
N16
K1:1
R39
1
R57
2K0
7817
MC33078
R42
W125
W125
47R5
10R0
0805
0805
GNDHP
GNDHP
GNDA
W4:6 8
W4:5 8
CHSGND
LED
W4:3 8
100P
CDSF4148
SO8
+15V
D10
MUST BE PLACED
ON INPUT PCB
NEAR RIBBON
L2
D1005
W4:1 8
50V
100N
L12
4K02
0805
-15V
D7
CDSF4148
-15VW2
SPACER GROUND
HERE
C39
100N
L10
0805
ZD2
18V0
5
N5
4
4
N6
3
3
N4
8 W2:6
8 W2:5
C2
0603
H
8 W2:4
R40
8 W2:3
2
W125
0R0
2
N8
1
I
GNDAMP
1
N9
8 W2:2
8 W2:1
RIBBON_GND
TO POWER
AMP PCB
J
SOD-323
GNDA
7967
D1005
CDSF4148
5
5
ZD1
18V0
D12
-15VIP
4
8 W2:7
-15VIP
100N
K
3
6
SOD-323
50V
RIBBON_GND
-15VW4
0805
2
SIGNAL
6
TO POWER
AMP PCB
0805
50V
0805
7
8 W2:8
+15VIP
7967
CDSF4148
W125
4K02
7
D1005
7967
U1:3
G
8
0805
W4:2 8
+15VW2
R65
W125
+15VW2 N13
TH1
0805
R62
+15VW4
N7
D11
C20
1
W4:4 8
+15VW4
C40
GNDHP
-15VW2
N3
CON_HOLE_156
C38
MC33078
7817
VGNDAMP
0805
GNDAMP
C15
0805
R76
6K98
W100
W100
GNDHP
100N
N18
3
R32
0805
0805
C51
J
1
TO OUTPUT MALE XLR J1
R37
10U
1206
H
W4:7 8
1
1206
-15VW4
8
C49
HP OUTPUT TO SA315S
13in 8C-26AWG
RIB 1 W/LCK
-15V
CHSGND1
C50
W2
13in 8C-26AWG
RIB 1 W/LCK
FROM POWER SUPPLY
VSS
50V
GNDA
F
W2-PIN2
470P
0805
+VPS
R56
200R
0805
-15V
R58
187K
GNDA
GNDA
HC2
16V
E
W125
2K0
0805
C48
0603
1
16V
R54
W100
2K0
VSS
SIGHP
0805
0805
0805
+15V
FROM JACK BOARD
G
47R
SO8
VSS
F
CON_HOLE_156
W125
U9:1
-
D
R51
R22
47K
SO8
D39
C37
W125
N12
W100
1
VSS
VSS
1
CDSF4148
W100
TL072
7669
-
D1005
INPUT1
16V
1206
0805
W125
2
D3
W1:1 4
10U
2
RAD .2in
C17
W125
+
1
63V
330N
U8:1
560R
N11
E
3
OUTPUT1
SIGNAL TO
AMP INPUT
TL072
7669
C9
1
R50
DNS
R52
W1:2 4
OUTPUT2
CHSGND1
TL072
7669
+15VIP+
2
0805
DSP.SchDoc
W125
2K32
0805
W125
R5
R4
W100
10K00
7
D
W1:3 4
4K02
0805
W125
CDSF4148
GNDA
W125
2K0
0805
GNDAMP
0805
N2
3
R47
W100
2K0
C
R107
22K1
0603
GNDA
4
U7:2
SO8
R73
W100
0805
-15VIP
D40
C33
R17
W100
100R
W125
470P
0805
W125
31K6
W1:4 4
+
50V
W125
W100
C
0805
R33
W100
0805
-15VIP
B
100N
100R
7
R181
GNDAMP
SIGHP
SO8
0805
100N
R38
TP15
U9:2
-
R23
47K
C5
0805
TL072
7669
6
RAD .2in
SO8
4
+
7
63V
330N
V-
SO8
4
5
0805
100N
V+
U8:3
V-
SO8
D1005
TL072
7669
C10
C31
TL072
7669
8
V+
W125
A
6
7
8
9
D1005
10
11
12
13
*
Product(s):
SA115S/SA221S
*
*
*
www.yorkville.com
Description:
POWERED SUBWOOFER INPUT PCB
14
PCB#:
M1950
Rev#: V01
Modified: 2021-03-03
15
EML Rev#:
File: INPUT.SchDoc
K
V01
Sheet
1
Of
Tmp Rev: V031
16
17
3
4
5
6
7
8
W125
4K7
W125
100N
+VPS
GRN
.
W125
0805
W125
W125
10K00
0805
50V
R10
1K5
C134
0805
R36
249R0
LD6
LD3
GRN
.
RED
.
7031
7031
3K32
R26
+15V
LD1
R176
0805
0805
14
XLIM
S4
15
17
AVERAGE POWER SELECT
0805
0805
0805
R9
499R
0805
4POS
C2
4
C1
3
R27
499R
A
4189
8
5
7032
7032
R7
499R
DGGND
YEL
.
YEL
.
7033
R35
249R0
LD2
LD4
7
6
2
1
DGGND
0805
0805
50V
25V
C46
+3V3
0805
R14
+3V3
DGGND
0805
2
8200NH
DGGND
20P
VREFL
100V
0805
+3V3POT
DGGND
1
TP1
W3:1
50V
TP12
+3V3
3
C4
W3:3
0805
7967
100N
DGGND
TP7
+5V
SO8
4
TP8
I
7719
470P
C32
L3
220UH
8152
DO214AC
B160-13-F
TP13
0603
GND
50V
SWO
GND
CLK
RST
DIO
VCC
6
5
4
3
2
1
SWD_CLK
U5
C6
GND
IN
+3V3CD
U6
IN
TO92
RAD .2in
D
3522
DOWN
W125
DOWN
3522
P4:2
CDSF4148
Q3
MMBTA42
6847
SOT-23
C30
100N
R70
47K
C8
0805
100N
-15V
B
10K
.
2339
VREFL GNDA
D
VCOC
ROUT
AK4558
PS
LOUT
6670
CKS3
VCOM
QFN28
CKS2
VSS1
CKS1
AVDD
CKS0/TDMI
RIN
LRCK
LIN
SDTO
LDOE
BICK
LOPS
SDTI
PMDAR/CAD1
MCKI
PMDAL/CAD0
TVDD
PMADR/SDA
VSS2
PMADL/SCL
VDD18
PDN
H
VSS
28
27
26
25
24
23
22
21
20
19
18
17
16
15
OUTPUT2
25V
1U
1206
VSS
OUTPUT1
50V
C7
RAD .2in
C36
10U
63V
INPUT2
C34
0805
100N
+3V3CD
INPUT1
I
1U
C35
25V 1206
10U
63V
OUT
VSS
R24
10K00
GROUND GNDA
NODES ON
POWER AMP
VSS
J
0805
7012
C42
63V
100N
RAD .2in
DGGND
DGGND
VSS
VSS
RAD .2in
RAD .2in
DSP
Section:
GND
VSS
Product(s):
VSS
DGGND
PCB#:
SA115S/SA221S
M1950
Rev#: V01
Modified: 2021-03-03
3
4
5
6
G
0805
0805
ALUMINUM
SPACER
TO CHASSIS
K
2
0805
D1005
10K
.
2339
D
D6
B
50V
CODEC
RAD .2in
C11
63V
100N
C16
63V
100N
GND
C12
LP2950-33
OUT
GND
GNDA
50V
L7
+3V3
7012
TO92
GND
+3V3
+3V3
LP2950-33
RAD
B
R68
698R
U3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
SWD_DIO
2
8200NH
0805
6V3
470U
DGGND
DGGND
1
0805
0805
RESET
GND
3K74
W125
RESET
W3:10
Program
W100
R3
1K21
DGGND
C45
P4:1
10K
.
2339
C41
63V
100N
F
0805
P4:3
10
10
+5V
R2
1206
25V
+3V3
8
W3:8
W3:9
VSS
18V0
R67
10K00
SWD_CLK
DGGND
TP14
D5
W3:6
W5
D1
S1:2
Q2
MMBT5401
SOT-23
7837
6
10
10
9
VOLTAGE
TEST POINTS
S1:1
W3:4
10
GND
GND
4
10
W3:7
STEP DOWN
CONVERTER
SW_C 1
8 DRV_C
7 ISEN
SW_E 2
3
TCAP
5
INV GND
0805
W125
6
W250
25V
U2
MC33063A
VCC
1206
100U
ELE 8mm
R15
0R27
C26
100N
E
GND
SOD-323
1U
C25
0805
SWD_DIO
+15V
3522
GAIN
W3:2
10
7
FOR U1 DSP
C55
5
10
W3:5
+5V SUPPLY
H
R20
47R
N1
2
R19
+15SUPPLY
L11
PROGRAM
HEADER
+3V3
3522
GND
+3V3POT
0805
50V
W063
+3V3CD
+15V
0805
1K02
L6
G
47K
DGGND
0805
W125
1
+3V3
W125
MMBT5401
7837
0805
R177
100K
C44
PUT BESIDE EACH OTHER
R69
W125
10K00
W125
100V
W125
NET TIE
499R
Q1
R66
R178
0805
W100
DOWN SA315S+SA221S
DGGND
W125
C43
0805
100N
K1:3
20P
C28
1206
3700
VREFL
C27
25V
RELAY 2C
100N
R11
F
ANALOG TP'S
D
50V
UP
0805
DGGND
UP
C29
0805
6667
LQFP-80
2 W8:2
N14
W125
C18
MK10DN512VLK10
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
10U
TP10
50V
10V
DGGND
E
TP9
ADC1_MP/DP
0805
+3V3
1U
RAD FILM CLOSE TO MICRO
+3V3POT
0805
C
R46
33R
DGGND
W125
0805
0805
R45
33R
0805
SOT-23
C1
100N
U4
25V
T
50V
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
2 W8:1
N15
R71
33R
B
W125
100V
0805
20P
750R
B160
49R9
DO214AC
VDD
VSS
PTC3
PTC2
PTC1
PTC0
PTB19
PTB18
PTB17
PTB16
VDD
VSS
PTB11
PTB10
PTB3
ADC0_SE12
ADC0_SE9
ADC0_SE8
RESET_b
PTA19
1U
1206
1206
T
DGGND
R8
PTE0/UART1_TX
PTE1UART1_RX
PTE2
PTE3
PTE4
PTE5
VDD
VSS
PTE16/UART2_TX
PTE17/UART2_RX
PTE18/ADC0_SE6a
PTE19/ADC0_SE6a
ADC1_DP3
ADC1_DM3
ADC1_DP0/
ADC1_DM0/
VDDA
VREFH
VREFL
VSSA
0603
W125
LED
LEDSOFF
0805
D4
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
VREF_OUT/
DAC0_OUT/
XTAL32
EXTAL32
VBAT
PTA0/SWD_CLK
PTA1
PTA2
PTA3/SWD_DIO
PTA4
PTA5/I2S0 TX_BCLK
PTA12/IS2_TXD0
PTA13/I2S0_TX_FS
PTA14/I2S0_RX_BCLK
PTA15/I2S0_RXD0
PTA16/I2S0_RX_FS
PTA17/I2S_MCLK
VDD
VSS
25V
25V
C22
0805
100N
PTA18
1206
0805
R29
4K7
C21
PTD7
PTD6
PTD5
PTD4
PTD3
PTD2
PTD1
PTD0
PTC17/UART3_TX
PTC16/UART3_RX
VDD
VSS
PTC11
PTC10
PTC9
PTC8
PTC7
PTC6
PTC5
PTC4
C24
C23
100N
R72
37K4
1U
50V
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
0805
1U
50V
AC CURRENT SENSE
C3
0805
W125
750R
+3V3
R41
37K4
DGGND
W125
C
W125
W125
+3V3
+3V3
1206
1U
W125
C47
0805
100N
R1
750R
W125
VREFL
CHSGND1
CHSGND1
B
GNDA
+3V3
VREFL
-15V
1
16
B
CHSGND1
-15V
J
13
100N
+15V
GNDA
D
TLIM
12
FX Select
FROM MAIN SUPPLY
C135
10K00
CLIP
11
W100
50V
W125
+3V3
10
RAIL SENSE
0805
R25
B
ACTIVE
POWER LED
R44
W2-PIN2
A
9
W100
3
W100
2
W125
1
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: DSP.SchDoc
V01
Sheet
2
Of
Tmp Rev: V031
16
17
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
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DESCRIPTION OF CHANGE
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REF
S1
S4
P4
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FUNCTION
MODE SELECT
HF ROLL OFF
GAIN
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POT/SW YS#
4202
4202
2339
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STYLE
ROT
ROT
P34
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KNOB#
8653C
8653C
8653C
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&quot;STYLE_P32&quot;
E
F
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PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1950
Rev#: V01
Modified: 2021-03-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
V01
Sheet
3
Of
Tmp Rev: V031
16
17
3
R35
249R0
ACTIVITY
W2
4148
D11
POWER
249R0
4148
4148
LD6
D12 L12 15UH
GRN
GRN
15UH
C39
15UH
.
499R
R7
S/N
LABEL
LD3
RED
RED
CLIP
SYNERGY INPUT PCB
499R
499R
R27
YEL
R9
YEL
LD4
YEL
Q1
YEL
4K02
C40
100P
LD2
7837
10K00
R66
D6
R62
Q3
R75
4148
MMBTA42
18V0
47K
R70
10K00
4K02
7837
698R
R68
R67
W6
100N C14
10R0
C37
D39
R165
GNDA
GND
ALUMINUM
31K6 SPACER
R58 187K
FROM JACK PCB
W1
R181
31K6
D3
470P
4148
L11
15UH
R15
C55
TP
100U
U2
TP13
MC33063A
R2
3K74
4
7
1
R45
L7
TP
TP8
L3
C6
470U
220UH
GND
D1
R
R
6
W8
1
8200NH
33R
33R
33R
1U
GND CODEC C11
TP
TP14
SUPPLY R3
+5V 1K21
0R27
2369
R42
10R0
R31
CHSGND
4
D2 R59
NO
+ SIG
2357
- SIG
4 CIR
187K
4148
NC
R37 6K98
100R R33 C5 C51 100P
R32 10K00
R18
C20 C15
100N
B160-13-F
C
C50
D40
1
100R
R5
SA315S SELECT
R49
TP
TP
1K02
+3V3CODEC
TP1
C32
3700
R38
1
2K0
47K
C13
R21
2
R12 R107 22K1
10K00 10K0 C33 470P
5
R30
22K1
100P C
TL072
R4
37K4
47R5
U7
C42
37K4
37K4
R72
4056
DGGND
TP7
R178
470P
K1 R39
100R
4148
47R5
100R
4148
100N
10K00
100N
R17
R28
R53
2K0
4K02 R54
R57 R76
2K0 6K98
750R
750R
2K32
Q2
C19
C49
ESD
3522
10U
10U
DNS
TL072
DGGND/VSS/GND
S1
C7
U6
D5
R51 47R
R16 2K0
R40 0R0
LP2950-33
MC33078
R22 47K
VSS
R69 47K
C31 100N
U8
560R
U9
560R
R6
10U 200R
R52
R13 R55
R48 R50
R56
TL072
C9
C17
R73
10U 200R
100N
U1
C38
10U
1U
10U
4K02
330N
100N
C8
100N
R65
D10
C34
49R9
R47
R24
TP
+
S4
100N
LIMIT
EXCURSION THERM 100N
2339
C12
C36
C16
2K0
P4
TP15
10K00
C10
R20
100N
R41
Yorkville
C 2020
AVERAGE POWER
SELECT
M1950 V01
SA115S/SA221S
U5
GNDA
TP9
U3
AK4558
R19
C48
1U
C35
20
6667
50
60
U4
47R 100N
ZD1 18V0
R11
R177
100K
330N
N1
C47
100N
MK10DN512VLK10
10
C134
1U
R25
C26
CODEC R OUTPUT
100N
C41
C43 20P
C44 20P
10U
1U
CHASSIS
L2
100N
20P C45
100N
499R
GAIN
8200NH
C29
100N
ZD2
R29
L6
C24
C18
750R
750R
100N
10K00
1U
18V0
TP
TP
TP
TP
4K7
100N
750R
B160
1K5
R10
C23 100N
100N
4148
L10
470P
C2
R176
1
TP10
2328
100N
4K7 C135
1 R44
70
2328
1U
30
W4
LP2950-33
CR
D7
FX Select
TP12
100N
3
4189
NCR
3K32
+3V3
NCL
LD1
C3
TP
8
GRN
C1
2
NOR
1
8
GRN
R1
C4
CL
R14
1
NOL
R8
4183
TP
C28 100N
C21 100N
C30
5
D4
1U
C27
2
10K00
10
C
C46
9
100N
BOTTOM ENTRY
PROGRAM PORT
1
W3
+
2
R26
C22
40
1
1
R36
Score
Score
U4 PROGRAM HEADER
= GROUNDS MERGE
+5V
R23
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
PCB ASSEMBLY DOCUMENTATION
A
A
B
B
SPECIAL PRODUCTION NOTES
PCB HARDWARE
1.AFTER WAVE USE PIZZA CUTTER TO SEPARATE THE BOARDS.
SCREWS AND BOLTS
NUTS
STANDOFFS
MISCELLANEOUS
2.IF REQUIRED USE A JIG FOR INPUT JACK/POT/SWITCH ALIGNMENT.
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
Assembly Documentation
Section:
K
Product(s):
THIS SHEET CONTAINS SPECIAL PRODUCTION NOTES AND A LIST OF PCB HARDWARE PARTS REQUIRED FOR THE BUILD.
PCB#:
SA115S/SA221S
M1950
Rev#: V01
Modified: 2021-03-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: Assembly.SchDoc
16
V01
Sheet
2
Of
Tmp Rev: V031
17
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
DESIGN HISTORY AND INFORMATION
A
B
A
B
POTENTIOMETERS AND KNOBS
CHANGE HISTORY
POTENTIOMETERS/SWITCHES AND KNOBS
C
D
E
F
G
H
I
#
1
2
3
4
5
6
7
8
9
10
11
12
13
DATE
26-NOV-2020
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VER# PC#
V01
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DESCRIPTION OF CHANGE
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DESCRIPTION OF CHANGE
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VER#
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PC#
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DESCRIPTION OF CHANGE
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REF
S1
S4
P4
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FUNCTION
MODE SELECT
HF ROLL OFF
GAIN
.
.
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.
POT/SW YS#
4202
4202
2339
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STYLE
ROT
ROT
P34
.
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KNOB#
8653C
8653C
8653C
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.
C
D
&quot;STYLE_P32&quot;
E
F
G
PINOUT DIAGRAMS
H
I
J
J
Design Information And History
Section:
K
THIS SHEET CONTAINS A CHANGE HISTORY LOG, A LIST OF THE POTS &amp; KNOBS AND A LEADS &amp; PINS REFERENCE SECTION.
Product(s):
PCB#:
SA115S/SA221S
M1950
Rev#: V01
Modified: 2021-03-03
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
K
EML Rev#:
File: History.SchDoc
V01
Sheet
3
Of
Tmp Rev: V031
16
17
3
1. Power Switch &amp; Indicator
The green power LED indicates when the
power turned On. When power is turned
off or not available, the indicator will blink
as the power supply discharges. The
circuitry will not reboot unless the power
supply is fully discharged before being
turned back on. Turning the power back
on before the power supply is discharged
will simply resume normal operation.
2. PowerCON TRUE AC Loop Thru
As a standard, the AC inlet on the SA221S accepts locking PowerCON
TRUE power cords. There is also an AC outlet that can be used to loop
power through to other cabinets in your array using a male to female
PowerCON TRUE looping power cord. Check with your local Yorkville
dealer for availability of these accessory cords.
IMPORTANT: DO NOT EXCEED THE CURRENT RATING OF THE
POWER and ACCESSORY CORDS. PLEASE READ THE SECTION
OF THE OWNER’S MANUAL CALLED CASCADE INSTALLATION
3. Input Jack
This female-XLR accepts line level XLR cables. For best noise
reduction use balanced sources.
4. Dual Link Outputs
These XLR connectors can be used with standard XLR cables to daisychain up to 20 SA221S or SA315 cabinets without signal degradation.
Simply loop from one cabinet’s Link jack to the next cabinets Input
jack. In many cases this limit of 20 cabinets can be exceeded, consult
Yorkville Sound for more details.
5. SA221S Level
This control adjusts the volume level of the SA221S relative to the input
signal level and is used to fine tune the cabinet’s volume relative to the
mixer settings. It is perfectly acceptable to set the SA221S Level above
or below the center 0 dB setting.
6. Clip, X-Max, VC-Therm, Activity Indicators
The Clip and Limit LED indicators illuminate to guide the user to
proper operating levels.
Illumination of either yellow Limit LEDs indicate a level has been
reached where the limiters are reducing the signal internally to
prevent damage or distortion. It also indicates that further increases
in input level, or increasing the SA221S
Level control position will not appreciably increase output.
The red Clip LED indicates that the
input level is excessive and further increases in level will cause severe distortion. The input signal should be reduced
at the source until Clip activity ceases.
7. Average Power Limit
The SA221S can operate on 15 amp 120VAC power sources or 20
amp 120 VAC power sources. The SA221SCE can operates on 16
amp 230VAC power source. Safety regulations limit the power draw on
these circuits to 80% of 20, 16 or 15 amps. The SA221 operates within
these limitations. The stock product limits the current to 12 amps
and when modified by a qualified technician using the SA221KIT will
increase the limit current to 16 amps. Operation when set to 16 amps
requires the appropriate power cord and 20 amp power source.
The average power limit control allows the power to be reduced
to allow operation on limited power availability. Full power transients
will be allowed through but if the average power is excessive then
the power will be limited. In the 16 amp (8 amp CE) position the
average power is limited only by the voice coil temperature. In the
12 amp (6 amp CE) position with most music, the limiter will be only
active occasionally depending on the music content. In the 8 amp (4
amp CE) position certain types of music will not be limited, primarily
music without deep bass or where the bass is unprocessed. The 6
amp (3 amp CE) position will significantly reduce the output when
the music content has continuous bass content below 45 Hz. The
green power on indicator will dim to indicate when the line current
limiter is active.
8. 50 Hz High-Pass Output
The SA221S provides a line level 50 Hz high-pass XLR output intended to
provide the correct equalization, crossover and time alignment to use SA315S
subwoofers along with SA221S subwoofers. This output is not suitable for
any other usage. This output should not be routed to the full range cabinets.
Normally this would be used with the 50 Hz lowpass switch depressed.
9. 100 Hz / 50 Hz Lowpass Switch
This switch allows the SA221S subwoofers to be used with SA315S
subwoofers. Combined with the 50 Hz High-pass output this will ensure
correct crossover and time alignment.
To get the full Owner’s Manual please visit our website at
http://www.yorkville.com/manuals/ or, if you need a printed version call 905-837-8777
Printed In CANADA
QuickStart-SA221S-00-1v2 • YS#QSTART-SA221S • January 24, 2022
1. Interrupteur et Indicateur
d’Alimentation
Le voyant d’alimentation vert indique
que l’appareil est sous tension. Lorsque
l’alimentation est coup&eacute;e ou non disponible,
le voyant clignote pendant que l’alimentation
se d&eacute;charge. Le circuit ne red&eacute;marre pas
si l’alimentation n’est pas compl&egrave;tement
d&eacute;charg&eacute;e avant d’&ecirc;tre remise sous tension.
Si vous remettez l’appareil sous tension avant
que l’alimentation ne soit d&eacute;charg&eacute;e, le fonctionnement normal reprendra
simplement.
2. Boucle CA PowerCON TRUE
En standard, l’entr&eacute;e CA du SA221S est compatible avec les cordons
d’alimentation PowerCON TRUE &agrave; verrouillage. Il y a &eacute;galement une
prise CA qui peut &ecirc;tre utilis&eacute;e pour alimenter en boucle d’autres enceintes de votre r&eacute;seau en utilisant un cordon d’alimentation PowerCON
TRUE m&acirc;le &agrave; femelle. V&eacute;rifiez aupr&egrave;s de votre revendeur Yorkville local
pour v&eacute;rifier la disponibilit&eacute; de ces cordons accessoires.
IMPORTANT: NE PAS D&Eacute;PASSER LE COURANT
MAXIMAL DES CORDONS D’ALIMENTATION ET
D’ACCESSOIRES. VEUILLEZ LIRE LA SECTION DE CE
MANUEL INTITUL&Eacute;E “INSTALLATION EN CASCADE.”
3. Prise d’Entr&eacute;e
Cette prise femelle-XLR est compatible avec les c&acirc;bles de microphone
XLR de niveau ligne. Pour une meilleure r&eacute;duction du bruit, utilisez des
sources &eacute;quilibr&eacute;es.
4. Sorties Dual Link
Ces connecteurs m&acirc;les XLR peuvent &ecirc;tre utilis&eacute;s avec un c&acirc;ble XLR
standard pour relier en cha&icirc;ne jusqu’&agrave; 20 enceintes SA221S ou SA315
sans d&eacute;gradation du signal. Il suffit de faire une boucle entre la prise
Link d’une enceinte et la prise Input de l’enceinte suivante. Dans de
nombreux cas, cette limite de 20 enceintes peut &ecirc;tre d&eacute;pass&eacute;e, consultez Yorkville Sound pour plus de d&eacute;tails.
5. Commande de Niveau SA221S
Cette commande permet de r&eacute;gler le niveau de volume du SA221S par rapport
au niveau du signal d’entr&eacute;e et est utilis&eacute;e pour affiner le volume du caisson par
rapport aux r&eacute;glages du m&eacute;langeur. Il est parfaitement acceptable de r&eacute;gler le
niveau du SA221S au-dessus ou au-dessous du r&eacute;glage central de 0 dB.
6. Indicateurs d’Activit&eacute; Clip, X-Max, VC-Therm
Les indicateurs DEL Clip et Limit s’allument pour guider l’utilisateur vers
les niveaux de fonctionnement appropri&eacute;s.
L’illumination de l’une ou l’autre des DEL jaunes de limite indique qu’un
niveau a &eacute;t&eacute; atteint o&ugrave; les limiteurs du SA221S r&eacute;duisent le signal de fa&ccedil;on
interne pour &eacute;viter tout dommage ou distorsion. Il indique &eacute;galement que
d’autres augmentations du niveau d’entr&eacute;e ou
de la position de la commande de niveau du
SA221S n’augmenteront pas sensiblement la
sortie acoustique.
La DEL Clip rouge indique que le niveau
d’entr&eacute;e est excessif et que toute augmentation
suppl&eacute;mentaire du niveau entra&icirc;nera une distorsion grave. Le signal d’entr&eacute;e doit &ecirc;tre r&eacute;duit &agrave; la
source jusqu’&agrave; ce que l’activit&eacute; d’&eacute;cr&ecirc;tage cesse.
7. Limite de la Puissance Moyenne
Le SA221S peut fonctionner avec des sources d’alimentation de 15 amp&egrave;res 120VAC ou de 20 amp&egrave;res 120 VAC. Le SA221SCE peut fonctionner sur une source d’alimentation de 16 amp&egrave;res 230VAC. Les r&egrave;gles de
s&eacute;curit&eacute; limitent la puissance consomm&eacute;e sur ces circuits &agrave; 80% de 20, 16
ou 15 amp&egrave;res. Le SA221 fonctionne en respectant ces limites. Le mod&egrave;le
de s&eacute;rie limite le courant &agrave; 12 amp&egrave;res et lorsqu’il est modifi&eacute; par un technicien qualifi&eacute; &agrave; l’aide du SA221KIT, le courant limite passe &agrave; 16 amp&egrave;res.
Lorsqu’il est r&eacute;gl&eacute; sur 16 amp&egrave;res il faut utiliser le cordon d’alimentation
appropri&eacute; et une source d’alimentation de 20 amp&egrave;res.
La commande de limitation de la puissance moyenne permet de
r&eacute;duire la puissance pour permettre un fonctionnement avec une
disponibilit&eacute; de puissance limit&eacute;e. Les transitoires &agrave; pleine puissance
seront permises, mais si la puissance moyenne est excessive, la puissance sera limit&eacute;e. En position 16 amp&egrave;res (8 amp&egrave;res CE), la puissance moyenne est limit&eacute;e uniquement par la temp&eacute;rature de la bobine
mobile. En position 12 amp&egrave;res (6 amp&egrave;res CE), avec la plupart des
programmes musicaux, le limiteur ne sera actif qu’occasionnellement,
en fonction du contenu musical. En position 8 amp&egrave;res (4 amp&egrave;res
CE), certains types de musique ne seront pas limit&eacute;s, principalement
la musique sans basses profondes ou lorsque les basses ne sont pas
trait&eacute;es. La position 6 amp&egrave;res (3 amp&egrave;res CE) r&eacute;duira significativement la sortie lorsque le contenu musical contient des basses continues
en dessous de 45 Hz. L’indicateur vert de mise sous tension s’assombrit
pour indiquer que le limiteur de courant de ligne est actif.
8. Sortie Passe-Haut 50 Hz
Le SA221S propose une sortie XLR passe-haut (highpass) 50 Hz de
niveau ligne destin&eacute;e &agrave; fournir l’&eacute;galisation, le filtrage et l’alignement
temporel appropri&eacute;s pour utiliser les subwoofers SA315S avec les
subwoofers SA221S. Cette sortie ne convient &agrave; aucune autre utilisation. Cette sortie ne doit pas &ecirc;tre utilis&eacute;e pour acheminer le signal &agrave; des
enceintes &agrave; pleine bande. Normalement, elle devrait &ecirc;tre utilis&eacute;e avec le
commutateur de passe-bas 50 Hz enfonc&eacute;.
9. Commutateur Passe-Bas 100 Hz / 50 Hz
Ce commutateur permet d’utiliser les subwoofers SA221S avec les
subwoofers SA315S. Combin&eacute; avec la sortie Passe-Haut (Highpass) 50
Hz, ceci assurera un filtrage et un alignement temporel appropri&eacute;s.
Pour obtenir le manuel de utilisateur visitez notre site Web &agrave; http://www.yorkville.com/manuals/
ou, si vous avez besoin d’une version imprim&eacute;e appelez-nous au 905-837-8777
Yorkville Synergy Convenience Receptacle Installation (Cascade Installation)
RATED CURRENT
Table 1 - SYNERGY RATED CURRENT
MAINS VOLTAGE
120V 60 Hz
(NORTH AMERICA)
230V 50 Hz
(EUROPE)
MODEL
RATED
CURRENT
(Arms)
SA102
SA153
SA115S
SA221S
SA315S
SA102
SA153
SA221SCE
1.0
2.5
3.0
11.0
10.2
0.5
1.5
6.3
MAX
LINE CURRENT a
LIMIT SWITCH
(Arms)
80%
60%
11.0
10.2
8.0
10.2
6.0
8.1
6.3
4.0
3.0
a The
LINE CURRENT LIMIT SWITCH allows the user to limit the maximum continuous current consumption to reduced
values as shown.
Tech Support: If you have any questions concerning your SYNERGY equipment don’t hesitate to contact synergy@yorkville.com
ELECTRICAL SAFETY
It is always important to connect all sound reinforcement equipment to ac mains supply circuits that have proper electrical
safety grounds. Never break off the Earth Ground pin from a 3-prong plug. This pin provides personal protection from
electrical shock and protection of the equipment from lightning strikes and electrostatic buildup. It is also required for EMC
shielding. Replace the plug if the Earth Ground pin is missing.
1. Always connect the equipment to a circuit with a suitable electrical ground.
2. Do not overload the power cords and convenience outlets.
3. Always inspect the cords and plugs before use. Do not use outlets or cords that have exposed conductors, are worn or
damaged. Replace electrical cords that have worn or damaged insulation and remember to pull the plug not the cord to
prevent damage to the cord. Only replace with the equivalent heavy-duty cord supplied by the manufacturer.
4. The AC supply cord should be routed so that it is unlikely that it will be damaged. Protect the power cord from being
walked on or pinched. If the AC supply cord is damaged DO NOT OPERATE THE UNIT. To completely disconnect this
apparatus from the AC Mains, disconnect the power supply cord plug from the AC receptacle. The mains plug of the
power supply cord shall remain readily accessible. Unplug the apparatus during lightning storms or when unused for
long periods of time. Route cords away from traffic to avoid tripping hazards and unnecessary wear on the power cord.
5. Never Break Off the Third Prong on a Plug. Replace broken 3-prong plugs and make sure the third prong is properly grounded.
6. Keep line cords away from heat, water and oil. They can damage the insulation and create a shock hazard.
7. Do not tie cords in tight knots. Knots can cause short circuits and shocks. Loop the cords or use a twist lock plug.
SYNERGY-Convenience-Receptacle-(Cascade-Installation)-en-00-2v5.docx • June 23, 2022
Installation d'Un R&eacute;ceptacle de Commodit&eacute; Yorkville Synergy (Installation en Cascade)
COURANT NOMINAL
Tableau 1 - COURANT NOMINAL DE SYNERGIE
TENSION PRINCIPALE
120V 60 Hz
(AM&Eacute;RIQUE DU NORD)
230V 50 Hz
(EUROPE)
MOD&Egrave;LE
COURANT
NOMINAL
(Armes)
SA102
SA153
SA115S
SA221S
SA315S
SA102
SA153
SA221SCE
1.0
2.5
3.0
11.0
10.2
0.5
1.5
6.3
COURANT DE LIGNE a
COMMUTATEUR DE LIMITEUR
(Armes)
MAX
80%
60%
11.0
10.2
8.0
10.2
6.0
8.1
6.3
4.0
3.0
a Le commutateur LINE CURRENT LIMIT permet &agrave; l'utilisateur de limiter la consommation maximale de courant continu &agrave; des valeurs
r&eacute;duites comme indiqu&eacute;.
Support technique : Si vous avez des questions concernant votre &eacute;quipement SYNERGY, n'h&eacute;sitez pas &agrave; contacter synergy@yorkville.com.
S&Eacute;CURIT&Eacute; RELATIVE &Agrave; L'&Eacute;LECTRICIT&Eacute;
Il est toujours important de connecter tous les &eacute;quipements de sonorisation &agrave; des circuits d'alimentation secteur dot&eacute;s de mises &agrave; la
terre de s&eacute;curit&eacute; &eacute;lectrique appropri&eacute;es. Ne coupez jamais la broche de mise &agrave; la terre d'une fiche &agrave; trois broches. Cette broche assure
la protection des personnes contre les chocs &eacute;lectriques et la protection de l'&eacute;quipement contre la foudre et l'accumulation d'&eacute;lectricit&eacute;
statique. Elle est &eacute;galement n&eacute;cessaire pour le blindage CEM. Remplacez la fiche si la broche de mise &agrave; la terre est absente.
1. Connectez toujours l'&eacute;quipement &agrave; un circuit avec une mise &agrave; la terre &eacute;lectrique appropri&eacute;e.
2. Ne surchargez pas les cordons d'alimentation et les prises de courant.
3. Inspectez toujours les cordons et les fiches avant de les utiliser. N'utilisez pas de prises ou de cordons dont les conducteurs sont
expos&eacute;s, qui sont us&eacute;s ou endommag&eacute;s. Remplacez les cordons &eacute;lectriques dont l'isolation est us&eacute;e ou endommag&eacute;e et n'oubliez
pas de tirer sur la fiche et non sur le cordon pour &eacute;viter d'endommager ce dernier. Ne remplacez le cordon &eacute;lectrique que par un
cordon &eacute;quivalent &agrave; usage intensif fourni par le fabricant.
4. Le cordon d'alimentation CA doit &ecirc;tre achemin&eacute; de mani&egrave;re qu'il soit peu probable qu'il soit endommag&eacute;. Prot&eacute;gez le cordon
d'alimentation pour qu'il ne soit pas pi&eacute;tin&eacute; ou pinc&eacute;. Si le cordon d'alimentation CA est endommag&eacute;, NE PAS FAIRE
FONCTIONNER L'APPAREIL. Pour d&eacute;connecter compl&egrave;tement cet appareil du secteur, d&eacute;branchez la fiche du cordon
d'alimentation de la prise de courant. La fiche du cordon d'alimentation doit rester facilement accessible. D&eacute;branchez l'appareil
pendant les orages ou lorsqu'il n'est pas utilis&eacute; pendant de longues p&eacute;riodes. Acheminez les cordons &agrave; l'&eacute;cart de la circulation pour
&eacute;viter les risques de tr&eacute;buchement et l'usure inutile du cordon d'alimentation.
5. Ne cassez jamais la troisi&egrave;me broche d'une fiche. Remplacez les fiches &agrave; trois broches cass&eacute;es et assurez-vous que la troisi&egrave;me broche est
correctement mise &agrave; la terre.
6. Gardez les cordons de ligne &agrave; l'&eacute;cart de la chaleur, de l'eau et de l'huile. Ils peuvent endommager l'isolation et cr&eacute;er un risque de choc.
7. Ne faites pas de nœuds serr&eacute;s avec les cordons. Les nœuds peuvent provoquer des courts-circuits et des chocs. Faites des
boucles avec les cordons ou utilisez une fiche &agrave; verrouillage par torsion.
SYNERGY-Convenience-Receptacle-(Cascade-Installation)-fr-00-2v5.docx - June 24, 2022
Yorkville Sound
550 Granite Court
Pickering, Ontario
Canada L1W 3Y8
Auto Attend: (905) 837-8550
Fax: (905) 837-8746
www.yorkville.com
YORKVILLE SA221S Active Subwoofer Manuel utilisateur

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