YORKVILLE LS2100P User manual

S E R VI C E M A N U A L
L S 2 1 0 0 P
S M T Di s cl ai m e r
D u e t o t h e c o m pl e x n at ur e of t h e u s e of S M T i n st all e d c o m p o n e nt s
i n Y or k vill e e q ui p m e nt, w e hi g hl y c a uti o n all s er vi c e t e c h ni ci a n s i n
att e m pti n g t o r e p air or r e pl a c e S M T f a ct or y i n st all e d c o m p o n e nt s.
M a n y of t h e s e c o m p o n e nt s m a y b e gl u e d pri or t o i niti al s ol d eri n g.
R e pl a ci n g S M T c o m p o n e nt s r e q uir e s e x p e n si v e
s p e ci ali z e d d e- s ol d eri n g e q ui p m e nt a n d tr ai ni n g.
Y or k vill e S o u n d will r e p air a n d r e pl a c e d ef e cti v e S M T c o m p o n e nt s
t o e n s ur e pr o p er q u alit y a s s ur a n c e a n d i n st all ati o n i s m ai nt ai n e d.
U. S. A.
Y or k vill e S o u n d I n c.
4 6 2 5 Wit m er I n d u stri al E st at e
Ni a g ar a F all s, N e w Yor k
1 4 3 0 5, U S A
Voice: 716-297-2920
Fax: [phone]
W O R L D H E A D Q U A R T E R S
CANADA
Y or k vill e S o u n d Li mit e d
5 5 0 Gr a nit e C o urt
Pi c k eri n g, O nt ari o
L 1 W 3 Y 8 C A N A D A
Voice: 905-837-8481
Fax: [phone]
M a n u al- S er vi c e- L S 2 1 0 0 P- 0 0- 1 v ¸ , 2 0 1

Theexclamationpointwithinanequilaterealtriangleisintendedtoalertthe
usertothepresenceofimportantoperatingandmaintenance(servicing)
instructionsintheliteratureaccompanyingtheappliance.
Lepointd’exclamationàl’intérieurd’untriangleéquilatéralestprévupouralerter
l’utilisateurdelaprésenced’instructionsimportantesdanslalittératureaccompagnant
l’appareilencequiconcernel’opérationetlamaintenancedecetappareil.
Thislightningflashwitharrowheadsymbol,within
anequilateraltriangle,isintendedtoalerttheusertothepresenceof
uninsulated“dangerousvoltage”withintheproduct’senclosurethatmaybe
ofsufficientmagnitudetoconstituteariskofelectricshocktopersons.
Cesymboled’éclairavectêtedeflèchedansuntriangleéquilatéralestprévupouralerter
l’utilisateurdelaprésenced’un«voltagedangereux»non-isoléàproximitédel’enceintedu
produitquipourraitêtred’ampleursuffisantepourprésenterunrisquedechoqueélectrique.
DOC-Safety-5v0+UL60065-00-1v2•May31,2018
CAUTION:TOREDUCETHERISKOFELECTRICSHOCK,
DONOTREMOVECOVER(ORBACK).
NOUSERSERVICEABLEPARTSINSIDE.
REFERSERVICINGTOQUALIFIEDSERVICEPERSONNEL.
THISDEVICEISFORINDOORUSEONLY!
Instructionspertainingtoariskoffire,electricshock,orinjurytoaperson
ReadInstructions:TheOwner’sManualshouldbereadandunderstoodbeforeoperationofyourunit.Please,savethese
instructionsforfuturereferenceandheedallwarnings.
Cleanonlywithdrycloth.
Packaging:Keeptheboxandpackagingmaterials,incasetheunitneedstobereturnedforservice.
Warning: Toreducetheriskorfireorelectricshock,donotexposethisapparatustorainormoisture.Donot
usethisapparatusnearwater!
Warning:Whenusingelectricproducts,basicprecautionsshouldalwaysbefollowed,includingthefollowing:
PowerSourcesYourunitshouldbeconnectedtoapowersourceonlyofthevoltagespecifiedintheownersmanualorasmarkedonthe
unit.Thisunithasapolarizedplug.Donotusewithanextensioncordorreceptacleunlesstheplugcanbefullyinserted.
Precautionsshouldbetakensothatthegroundingschemeontheunitisnotdefeated.AnapparatuswithCLASSI
constructionshallbeconnectedtoaMainssocketoutletwithaprotectiveearthingground.WheretheMAINSplugoran
appliancecouplerisusedasthedisconnectdevice,thedisconnectdeviceshallremainreadilyoperable.
HazardsDonotplacethisproductonanunstablecart,stand,tripod,bracketortable.Theproductmayfall,causingseriouspersonal
injuryandseriousdamagetotheproduct.Useonlywithcart,stand,tripod,bracket,ortablerecommendedbythe
manufacturerorsoldwiththeproduct.Followthemanufacturer’sinstructionswheninstallingtheproductandusemounting
accessoriesrecommendedbythemanufacturer.Onlyuseattachments/accessoriesspecifiedbythemanufacturer
Note:Prolongeduseofheadphonesatahighvolumemaycausehealthdamageonyourears.
Theapparatusshouldnotbeexposedtodrippingorsplashingwater;noobjectsfilledwithliquidsshouldbe
placedontheapparatus.
Terminalsmarkedwiththe“lightningbolt”arehazardouslive;theexternalwiringconnectedtotheseterminalsrequire
installationbyaninstructedpersonortheuseofreadymadeleadsorcords.
Ensurethatproperventilationisprovidedaroundtheappliance.Donotinstallnearanyheatsourcessuchasradiators,
heatregisters,stoves,orotherapparatus(includingamplifiers)thatproduceheat.
Nonakedflamesources,suchaslightedcandles,shouldbeplacedontheapparatus.
PowerCordDonotdefeatthesafetypurposeofthepolarizedorgrounding-typeplug.Apolarizedplughastwobladeswithonewiderthanthe
other.Agroundingtypeplughastwobladesandathirdgroundingprong.Thewidebladeorthethirdprongareprovidedforyour
safety.Iftheprovidedplugdoesnotfitintoyouroutlet,consultanelectricianforreplacementoftheobsoleteoutlet.TheACsupply
cordshouldberoutedsothatitisunlikelythatitwillbedamaged.Protectthepowercordfrombeingwalkedonorpinchedparticularly
atplugs.IftheACsupplycordisdamagedDONOTOPERATETHEUNIT.TocompletelydisconnectthisapparatusfromtheAC
Mains,disconnectthepowersupplycordplugfromtheACreceptacle.Themainsplugofthepowersupplycordshallremainreadily
operable.
Unplugthisapparatusduringlightningstormsorwhenunusedforlongperiodsoftime.
ServiceTheunitshouldbeservicedonlybyqualifiedservicepersonnel.Servicingisrequiredwhentheapparatushasbeendamagedin
anyway,suchaspower-supplycordorplugisdamaged,liquidhasbeenspilledorobjectshavefallenintotheapparatus,the
apparatushasbeenexposedtorainormoisture,doesnotoperatenormally,orhasbeendropped.
AVIS:AFINDEREDUIRELESRISQUEDECHOCELECTRIQUE,N’ENLEVEZPASLECOUVERT
(OULEPANNEAUARRIERE)
NECONTIENTAUCUNEPIECEREPARABLEPARL’UTILISATEUR.
CONSULTEZUNTECHNICIENQUALIFIEPOURL’ENTRETIENT
CEPRODUITESTPOURL’USAGEÀL’INTÉREURSEULEMENT
Instructionsrelativesaurisquedefeu,chocélectrique,oublessuresauxpersonnes
VeuillezLireleManuel:Ilcontientdesinformationsquidevraientêtrescomprisesavantl’opérationdevotreappareil.
Conservez.GardezS.V.P.cesinstructionspourconsultationsultérieuresetobserveztouslesavertissements.
Nettoyezseulementavecletissusec.
Emballage: Conservezlaboiteaucasoul’appareildevaitêtreretournerpourréparation.
Avertissement:Pourréduirelerisquedefeuouladéchargeélectrique,n'exposezpascetappareilàlapluieouàl'humidité.
N’utilisezpascetappareilprèsdel’eau!
Attention: Lorsdel’utilisationdeproduitsélectrique,assurez-vousd’adhéreràdesprécautionsdebasesincluantcellequisuivent:
AlimentationL’appareilnedoitêtrebranchéqu’àunesourced’alimentationcorrespondantauvoltagespécifiédanslemanueloutel
qu’indiquésurl’appareil.Cetappareilestéquipéd’uneprised’alimentationpolarisée.Nepasutilisercetappareilavecun
cordonderaccordementàmoinsqu’ilsoitpossibled’insérercomplètementlestroislames.Desprécautionsdoiventêtres
prisesafind’eviterquelesystèmedemiseàlaterredel’appareilnesoitdésengagé.Unappareilconstruitselonlesnormes
deCLASSIdevraitêtreraccordéàuneprisemuraled’alimentationavecconnexionintactedemiseàlamasse.Lorsqu’une
prisedebranchementouuncoupleurd'appareilsestutiliséecommedispositifdedébranchement,cedispositifde
débranchementdevrademeurerpleinementfonctionnelavecraccordementàlamasse.
RisqueNepasplacercetappareilsurunchariot,unsupport,untrépiedouunetableinstables.L’appareilpourraittomberetblesser
quelqu’unousubirdesdommagesimportants.Utiliserseulementunchariot,unsupport,untrépiedouunetable
recommandésparlefabricantouvendusavecleproduit.Suivrelesinstructionsdufabricantpourinstallerl’appareiletutiliser
lesaccessoiresrecommandésparlefabricant.Utilisezseulementlesattachements/accessoiresindiquésparlefabricant
Note:L'utilisationprolongéedesécouteursàunvolumeélevépeutavoirdesconséquencesnéfastessurlasanté
survosoreilles..
Ilconvientdenepasplacersurl’appareildesourcesdeflammesnues,tellesquedesbougiesallumées.
L’appeilnedoitpasêtreexposéàdeségouttementsd’eauoudeséclaboussuresetqu’aucunobjetremplideliquidetel
quedesvasesnedoitêtreplacésurl’appareil.
Assurezquelappareilestfournidelapropreventilation.Neprocédezpasàl’installationprèsdesourcedechaleurtels
queradiateurs,registredechaleur,foursouautresappareils(incluantlesamplificateurs)quiproduisentdelachaleur.
Lesdispositifsmarquésd’unesymbole“d’éclair”sontdespartiesdangereusesautoucheretquelescâblages
extérieursconnectésàcesdispositifsdeconnectionextérieuredoiventêtreeffectivésparunopérateurforméouen
utilisantdescordonsdéjàpréparés.
Cordond’AlimentationNepasenleverledispositifdesécuritésurlaprisepolariséeoulapriseavectigedemiseàlamasseducordond’alimentation.
Uneprisepolariséedisposededeuxlamesdontunepluslargequel’autre.Unepriseavectigedemiseàlamassedisposede
deuxlamesenplusd’unetroisièmetigequiconnecteàlamasse.Lalamepluslargeoulatigedemiseàlamasseestprévu
pourvotresécurité.Laprisemuraleestdésuètesiellen’estpasconçuepouracceptercetypedepriseavecdispositifde
sécurité.Danscecas,contactezunélectricienpourfaireremplacerlaprisemurale.Évitezd’endommagerlecordon
d’alimentation.Protégezlecordond’alimentation.Assurez-vousqu’onnemarchepasdessusetqu’onnelepincepasen
particulierauxprises.N’UTILISEZPASL’APPAREILsilecordond’alimentationestendommagé.Pourdébrancher
complètementcetappareildel’alimentationCAprincipale,déconnectezlecordond’alimentationdelaprised’alimentation
murale.Lecordond’alimentationdublocd’alimentationdel’appareildoitdemeurerpleinementfonctionnel.
Débranchezcetappareildurantlesoragesousiinutilisépendantdelonguespériodes.
ServiceConsultezuntechnicienqualifiépourl’entretiendevotreappareil.L'entretienestnécessairequandl'appareilaétéendommagéde
quelquefaçonquesesoit.Parexemplesilecordond’alimentationoulapriseducordonsontendommagés,siilyaeuduliquide
quiaétérenverséàl’intérieuroudesobjetssonttombésdansl'appareil,sil'appareilaétéexposéàlapluieouàl'humidité,siilne
fonctionnepasnormalement,ouaétééchappé.
S2125A
CAUTION:HOTSURFACE ATTENTION:SURFACECHAUDE
IEC60417-5041
IMPORTANTSAFETYINSTRUCTIONS
IMPORTANTSAFETYINSTRUCTIONS(UL60065)
FOLLOWALLINSTRUCTIONS SUIVEZTOUTESLESINSTRUCTIONS
TheLightningFlashwitharrowheadsymbolwithinanequilateraltriangle,isintendedtoalerttheusertothepresenceofuninsulated
"dangerousvoltage"withintheproductenclosurethatmaybeofsufficientmagnitudetoconstituteariskofshocktopersons
Theexclamationpointwithinanequilateraltriangleisintendedtoalerttheusertothepresenceofimportantoperatingandmaintenance
(servicing)instructionsintheliteratureaccompanyingtheproduct
1.Readtheseinstructions.
2.Keeptheseinstructions.
3.Heedallwarnings.
4.Followallinstructions.
5.Donotusethisapparatusnearwater.
6.Cleanonlywithdrycloth.
7.Donotblockanyventilationopenings.Installinaccordancewiththemanufacturer’sinstructions.
8.Donotinstallnearanyheatsourcessuchasradiators,heatregisters,stoves,orotherapparatus(includingamplifiers)thatproduceheat.
9.Donotdefeatthesafetypurposeofthepolarizedorgrounding-typeplug.Apolarizedplughastwobladeswithonewiderthantheother.A
groundingtypeplughastwobladesandathirdgroundingprong.Thewidebladeorthethirdprongsareprovidedforyoursafety.Iftheprovided
plugdoesnotfitintoyouroutlet,consultanelectricianforreplacementoftheobsoleteoutlet.
10.Protectthepowercordfrombeingwalkedonorpinchedparticularlyatplugs,conveniencereceptacles,andthepointwheretheyexit
fromtheapparatus.
11.Onlyuseattachments/accessoriesspecifiedbythemanufacturer.
12.Useonlywiththecart,stand,tripod,bracket,ortablespecifiedbythemanufacturer,orsoldwiththeapparatus.Whenacartisused,usecaution
whenmovingthecart/apparatuscombinationtoavoidinjuryfromtip-over.
13.Unplugthisapparatusduringlightningstormsorwhenunusedforlongperiodsoftime.
14.Referallservicingtoqualifiedservicepersonnel.Servicingisrequiredwhentheapparatushasbeendamagedinanyway,suchas
power-supplycordorplugisdamaged,liquidhasbeenspilledorobjectshavefallenintotheapparatus,theapparatushasbeenexposedtorainor
moisture,doesnotoperatenormally,orhasbeendropped.
WARNING:
•Toreducetheriskoffireorelectricshock,donotexposethisapparatustorainormoistureandobjectsfilledwithliquids,suchasvases,shouldnotbe
placedonthisapparatus.
•Tocompletelydisconnectthisapparatusfromtheacmains,disconnectthepowersupplycordplugfromtheacreceptacle.
•Themainsplugofthepowersupplycordorappliancecouplershallremainreadilyaccessible.
Lesymbolereprésentantunéclairavecuneflècheàl’intérieurd’untriangleéquilatéralestutilisépourprévenirl’utilisateurdela
présenced’unetensionélectriquedangereusenonisoléeàl’intérieurdel’appareil.Cettetensionestd’unniveausuffisamment
élevépourreprésenterunrisqued’électrocution
Lesymbolereprésentantunpointd’exclamationàl’intérieurd’untriangleéquilatéral,signaleàl’utilisateurlaprésenced’instructions
importantesrelativesaufonctionnementetàl’entretiendel’appareildanscettenoticed’installation
1.Lisezcesinstructions.
2.Conservezcesinstructions.
3.Respectertouslesavertissements.
4.Suiveztouteslesinstructions.
5.N'utilisezpasl'appareilprèsdel'eau.
6.Nettoyeruniquementavecchiffonsec.
7.Nebloquezpaslesouverturesdeventilation.Installerensuivantlesinstructionsdufabricant.
8.Nepasinstallerprèsdessourcesdechaleurtellesqueradiateurs,bouchesdechaleur,fourouautresappareils(ycomprislesamplificateurs)
produisantdelachaleur.
9.N'annulezpasl'objectifsécuritairedelafichepolariséeoudelatigedemiseàlaterre.Unefichepolariséepossèdedeuxlamesavecuneplus
largequel'autre.Unepriseavecmiseàlaterrepossèdedeuxlamesetunetroisièmetige.Lalamelargeoulatroisièmetigesontfournispour
votresécurité.Silafichen'entrepasdansvotreprise,consultezunélectricienpourremplacerlapriseobsolète.
10.Protégerlecordond'alimentationdespiétinementsoupincementsenparticulierprèsdesfiches,desprisesdecourantetaupointde
sortiedel'appareil.
11.Utilisezuniquementlesaccessoiresspécifiésparlefabricant.
12.Utiliseruniquementavecuncharriot,stand,trépiedouunetablespécifiéeparlefabricant,ouvendusavecl'appareil.
13.Débranchezl'appareildurantunorageoulorsqu'ilresteinutilisépendantdelonguespériodesdetemps.
14.Confieztouteréparationàuntechnicienqualifié.Uneréparationestnécessairelorsquel'appareilaétéendommagédequelquefaçonquece
soit;commelorsquelecordond'alimentationoulaficheestendommagé,lorsqueduliquideaétérenverséoudesobjetssonttombésàl'intérieur,
lorsquel'appareilaétéexposéàlapluieoul'humidité,nefonctionnepasnormalement,ouesttombé.
AVERTISSEMENT:
•Pourréduirelesrisquesd'incendieoudechocélectrique,nepasexposercetappareilàlapluieouàl'humiditéetneplacezpasd’objetscontenant
desliquides,telsquedesvases,surl’appareil.
•Pourisolertotalementcetappareildel'alimentationsecteur,débrancheztotalementsoncordond'alimentationduréceptacleCA.
•Lapriseducordond’alimentationouduprolongateur,sivousenutilisezuncommedispositifdedébranchement,doitresterfacilementaccessible
CAUTION
TOPREVENTELECTRICSHOCKHAZARD,
DONOTCONNECTTOMAINSPOWERSUPPLY
WHILEGRILLEISREMOVED.
AVIS
POURPRÉVENIRLESRISQUESD'ÉLECTROCUTION,
NEPASRACCORDERAL’ALIMENTATIONÉLECTRIQUEALORS
QUELAGRILLEESTRETIRÉE.

POWER
ON
PUSH TO
RESET
OFF
MONOBLEND *
INPUT
1
3
2
1
3
2
2
3
1
LS2100P
LEVEL
LINE/SPKR
SHAPE
DEEPLOUD
HFROLLOFF
15090
NOTES:
ALL LINK CONNECTIONS FUNCTION AS INPUTS OR OUTPUTS.
MONO BLEND INPUT IS DESIGNED TO PROPERLY SUM TWO LINE SOURCES
SUCH AS TWO CHANNELS FROM A MIXER OR A STEREO SOURCE
*
LS2100P
Yorkville
2400WATTACTIVESUBWOOFERENCLOSURE
* INPUTSwitchsettoLINE
MIXER
STEREOACTIVESPEAKERCONFIGURATION
LS2100P#1 LS2100P#2
STEREOPASSIVESPEAKERCONFIGURATION
* INPUTSwitchsettoSPKR
PWR
AMP
LS2100P#1 LS2100P#2
STEREOACTIVESPEAKERCONFIGURATION
* INPUTSwitchsettoLINE
MIXER
LS2100P
LS2100P A-Z1206 / 1v4
230V
50Hz
6,0A
120VAC
60Hz 12.0A
DESIGNED&MANUFACTUREDBY
YORKVILLESOUND•TORONTO,CANADA
MONOBLENDINPUT INPUT INPUTOUTPUT OUTPUT
CLIP
POWER
LIMIT
15090DEEPLOUD Hz
LS2100P
LEVEL SHAPE HIFREQ. ROLLOFF
12dB
INPUT
LINE
SPKR

Specifications - LS2100P
System Type
Rear Horn Loaded Subwoofer
Active or Passive
Active
Program Power (Watts)
2400
Max SPL (dB)
135
Frequency Response (Hz +/- 3db)
32 - 150
LF Driver(s)
Single 21 inch with 6 inch voicecoil
LF Program Power(Watts)
2400
LF Protection
Thermal / Overcurrent / Clip
Power Consumption (typ/max)
800 / 1440VA (12A@120V, 6A@230V)
Inputs - 1/4-inch Jacks
1 line/speaker level input, 1 output
Inputs - XLR
2 line inputs, 1 link output
Level Controls
Master
Additional Controls
Shape, Hi Frequency Rolloff (90-150Hz)
Bar Handles
6 Side / 2 Top / 2 Bottom
Pole Mount Adapter (1 3/8-inch-3.5cm)
1 Top
Enclosure Materials
15mm 11-ply Birch
Grille
Perforated Metal
Covering / Finish
Black Ozite (Carpet)
Optional Covering / Finishes
Black Ultrathane Paint (LS2100PB)
Dimensions (DWH xbackW, inches)
31 x 25.25 x 36
Dimensions (DWH xbackW, cm)
78.7 x 64.1 x 94.1
Weight (lbs/kg)
205.9 / 93.4

Spécifications - LS2100P
Type de système
Caisson subwoofer avec chargement
arrière du pavillon
Active ou Passive
Active
Puissance Nominale (Watts)
2400
Niveau de Pression Sonore Max (dB)
135
Réponse en Fréquence (Hz +/- 3db)
32 - 150
Haut-Parleur - Fréquences Graves
HP unique de 21 pouces avec bobine de 6 pouces
Puissance Nominale pour
Fréquences Graves (Watts)
2400
Protection - Fréquences Graves
Thermique / surcharge de courant / Clip
Consommation de Puissance (typ/max)
800 / 1440VA (12A@120V, 6A@230V)
Entrées - 1/4-pouce
1 entrée niveau ligne/haut-parleur, 1 sortie
Entrées - XLR
2 entré lignes , 1 sortie link
Contrôles de Niveau
Volume général
Contrôles Additionnels
Courbe, Fréquence de pente de diminution
des aiguës (90-150Hz)
Poignées
6 côtés / 2 Dessus / 2 Dessous
Adaptateur pour montage sur poteau
(1 3/8-pouce-3.5cm)
1 Dessus
Matériaux
Bouleau Russe 15mm 11-plis
Grille
Métal Perforé
Recouvrement/ Finition
Ozite Noire (Tapis)
Recouvrement/ Finition Optionnel
Peinture Noire Ultrathane (LS2100PB)
Dimensions (PLH x L arrière, pouces)
31 x 25.25 x 36
Dimensions (PLH x L arrière, cm)
78.7 x 64.1 x 94.1
Poids (livres/kg)
205.9 / 93.4

image-Block-Diag-LS2100P-00-1v0

R E F Y S # D e s cri pti o n R E F Y S # D e s cri pti o n R E F Y S # D e s cri pti o n R E F Y S # D e s cri pti o n
13 5 2 2 D P D T MI NI P C V E R T S N P A L T C81 5 2 1 3 _ _ 1 N 6 3 0 V 5 % C A P T & R R A D P R O. 2 F M D29 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R10 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S
C 1 5 8 2 0 4 7 0 P 2 0 0 V 5 % C A P T & R B E A D N P O C82 5 2 1 3 _ _ 1 N 6 3 0 V 5 % C A P T & R R A D P R O. 2 F M D30 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R11 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S
C 2 5 8 2 0 4 7 0 P 2 0 0 V 5 % C A P T & R B E A D N P O C83 5 2 3 1 2 2 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D31 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R12 4 8 2 7 W 2 5 0 4 K 7 5 % T & R R E S
C 3 5 2 1 3 _ _ 1 N 6 3 0 V 5 % C A P T & R R A D P R O. 2 F M C84 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C D32 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R13 6 1 2 0 W 2 5 0 1 0 0 K 5 % MI NI T & R R E S
C 5 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C85 5 2 1 3 _ _ 1 N 6 3 0 V 5 % C A P T & R R A D P R O. 2 F M D34 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R14 4 8 5 7 W 2 5 0 2 2 0 R 5 % T & R R E S
C 6 5 2 0 4 _ 1 0 N 1 0 0 V 1 0 % C A P T & R R A D . 2 F L M C86 5 2 1 3 _ _ 1 N 6 3 0 V 5 % C A P T & R R A D P R O. 2 F M D35 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R15 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S
C 7 5 9 5 4 _ _ 3 U 3 4 0 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M C87 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C D36 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R16 4 8 4 1 W 2 5 0 2 2 0 K 5 % T & R R E S
C 8 5 1 9 9 1 0 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O C88 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C D37 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R17 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S
C 9 5 2 5 6 _ _ 1 U 6 3 V 5 % C A P T & R R A D . 2 F L M C89 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C D38 6 4 2 5 B A V 2 1 2 0 0 V 0 A 2 5 DI O D E T & R R18 6 1 2 7 W 2 5 0 4 7 0 K 5 % MI NI T & R R E S
C10 5 2 3 1 2 2 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C90 5 2 0 4 _ 1 0 N 1 0 0 V 1 0 % C A P T & R R A D . 2 F L M D39 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R19 4 9 8 1 W 2 5 0 1 K 5 % MI NI T & R R E S
C11 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C91 5 2 6 7 1 0 0 U 2 5 V 2 0 % C A P T & R R A D . 2 E L D40 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R20 3 8 9 9 _ _ 1 8 U H MI NI I N D U C T O R HI- Q T & R
C12 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C92 5 8 8 0 1 0 0 U 3 5 V 2 0 % C A P T & R 8 X 1 1 M M . 2 E L D41 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R21 4 7 4 3 W 2 5 0 6 8 1 R 0. 1 % ** * T & R R E S
C13 5 2 3 1 2 2 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C93 5 1 9 7 2 2 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D42 6 7 3 3 B A T 8 5 3 0 V 0 A 2 DI O D E S C H T T & R R22 3 8 9 9 _ _ 1 8 U H MI NI I N D U C T O R HI- Q T & R
C14 5 2 2 6 _ 6 8 N 1 0 0 V 5 % C A P T & R R A D . 2 F L M C94 5 1 9 7 2 2 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D44 6 7 3 3 B A T 8 5 3 0 V 0 A 2 DI O D E S C H T T & R R23 4 9 8 3 W 2 5 0 1 0 K 5 % MI NI T & R R E S
C15 5 3 1 4 1 0 0 N 5 0 V 1 0 % C A P T & R B E A D X 7 R C95 5 6 3 5 1 0 0 0 U 3 5 V 2 0 % C A P B L K R A DI A L E L E C T D45 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R24 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S
C16 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C96 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C D46 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R25 4 9 8 8 W 2 5 0 1 K 5 5 % MI NI T & R R E S
C17 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C97 5 2 6 0 _ 2 2 U 5 0 V 2 0 % C A P T & R R A D . 2 E L D47 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R26 4 9 1 1 W 2 5 0 2 R 2 5 % T & R R E S
C18 5 6 3 1 _ 2 2 U 5 0 V 2 0 % C A P T & R 6 X 7 M M . 2 E L C98 5 2 6 0 _ 2 2 U 5 0 V 2 0 % C A P T & R R A D . 2 E L D50 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R27 4 8 2 1 W 2 5 0 4 7 0 R 5 % T & R R E S
C19 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C99 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D52 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R28 4 9 8 3 W 2 5 0 1 0 K 5 % MI NI T & R R E S
C20 5 9 5 3 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M C100 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D53 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R29 4 6 3 9 W 2 5 0 4 K 9 9 1 % T & R R E S
C21 5 6 3 1 _ 2 2 U 5 0 V 2 0 % C A P T & R 6 X 7 M M . 2 E L C101 5 8 5 7 4 7 0 0 U 1 6 0 V 2 0 % C A P R A D 4 0 X 6 3 M M 5 PI N D54 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R30 4 7 4 3 W 2 5 0 6 8 1 R 0. 1 % *** T & R R E S
C22 5 9 5 3 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M C102 6 4 3 5 _ 2 2 N 2 7 5 V 2 0 % C A P B L K ' X 2' 1 5 M M A C D55 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R31 4 7 7 6 W 2 5 0 1 1 3 K 1 % T & R R E S
C23 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C103 5 2 5 8 _ _ 4 U 7 6 3 V 2 0 % C A P T & R 5 X 7 M M . 2 E L D56 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R32 6 1 3 6 W 2 5 0 3 K 3 5 % MI NI T & R R E S
C24 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C104 5 8 5 7 4 7 0 0 U 1 6 0 V 2 0 % C A P R A D 4 0 X 6 3 M M 5 PI N D57 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R33 4 8 9 0 W 2 5 0 3 0 K 5 % T & R R E S
C25 5 2 5 6 _ _ 1 U 6 3 V 5 % C A P T & R R A D . 2 F L M C105 5 6 2 1 4 7 0 U 6 3 V 2 0 % C A P B L K 1 2 X 2 5 M M E L D58 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R34 4 7 7 4 W 2 5 0 4 K 1 2 1 % T & R R E S
C26 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C106 5 2 6 6 6 8 0 N 2 5 0 V 2 0 % C A P B L K ' X 2' 2 7 M M A C D59 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R35 4 9 7 9 W 2 5 0 1 5 K 5 % MI NI T & R R E S
C27 5 2 5 6 _ _ 1 U 6 3 V 5 % C A P T & R R A D . 2 F L M C107 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D60 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R36 6 1 2 0 W 2 5 0 1 0 0 K 5 % MI NI T & R R E S
C28 5 2 5 4 _ _ 1 U 6 3 V 2 0 % C A P T & R 4 X 7 M M . 2 E L C108 2 3 0 5 _ _ 1 U 4 0 0 V 1 0 % C A P B L K R A D P O L Y F L M F 2 3 4 1 4 I N T E R N A TI O N A L P C M O U N T F U S E H O L D E R R37 2 0 1 9 W 1 2 5 1 0 0 R 0 1 % F L A M E P R O O F T & R R E S
C29 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C109 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M F 3 3 4 1 4 I N T E R N A TI O N A L P C M O U N T F U S E H O L D E R R38 2 0 3 9 W 2 5 0 2 2 R 0 F U SI B L E T & R R E S
C30 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C110 5 2 5 8 _ _ 4 U 7 6 3 V 2 0 % C A P T & R 5 X 7 M M . 2 E L H 1 3 6 9 2 H E A T SI N K T O- 2 2 0 W/ O T A B B L K A N O DI Z E R39 4 8 5 7 W 2 5 0 2 2 0 R 5 % T & R R E S
C31 5 9 5 3 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M C111 5 6 2 1 4 7 0 U 6 3 V 2 0 % C A P B L K 1 2 X 2 5 M M E L H 2 3 6 9 2 H E A T SI N K T O- 2 2 0 W/ O T A B B L K A N O DI Z E R40 6 1 1 6 W 2 5 0 1 0 K 0 1 % MI NI M F T & R R E S
C32 5 2 0 0 _ 1 0 P 2 0 0 V 5 % C A P T & R R A D C E R. 2 N P O C112 5 2 6 0 _ 2 2 U 5 0 V 2 0 % C A P T & R R A D . 2 E L J 1 4 1 0 0 X L R M A L E P C B M T V E R T R41 4 9 4 9 W 2 5 0 1 8 0 K 5 % . 2I N U T & R R E S
C33 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C113 5 8 5 7 4 7 0 0 U 1 6 0 V 2 0 % C A P R A D 4 0 X 6 3 M M 5 PI N J 2 4 0 1 0 X L R F E M L P C B M T V E R T 2 4 M M A A- S E RI E S R42 4 7 4 3 W 2 5 0 6 8 1 R 0. 1 % *** T & R R E S
C34 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C114 2 3 0 5 _ _ 1 U 4 0 0 V 1 0 % C A P B L K R A D P O L Y F L M J 3 4 0 6 3 1/ 4I N I S O J C K P C M T V T S T E R R T S W T R43 4 9 4 9 W 2 5 0 1 8 0 K 5 % . 2I N U T & R R E S
C35 5 2 5 4 _ _ 1 U 6 3 V 2 0 % C A P T & R 4 X 7 M M . 2 E L C115 5 2 0 3 _ 4 7 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O J 5 4 0 1 0 X L R F E M L P C B M T V E R T 2 4 M M A A- S E RI E S R44 2 0 3 7 W 2 5 0 1 0 R F U SI B L E T & R R E S
C36 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C116 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M J 7 4 0 6 3 1/ 4I N I S O J C K P C M T V T S T E R R T S W T R45 4 6 6 0 5 W 0 0 0 R 0 4 7 5 % B L K R E S
C37 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C117 5 8 5 7 4 7 0 0 U 1 6 0 V 2 0 % C A P R A D 4 0 X 6 3 M M 5 PI N K 1 3 7 2 2 R E L A Y 1 A 3 0 A M P D C 2 4 0 3 6 M A P C- C R46 4 6 8 2 W 5 0 0 1 R 5 % P HI LI P S S M A L T & R R E S
C38 5 2 4 2 1 0 0 N 2 5 0 V 2 0 % C A P B L K ' X 2' 1 5 M M A C C118 5 2 0 3 _ 4 7 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O L 1 6 4 9 7 _ 3 0 4 U H C H O K E 9 5 T 1 8 A W G/ 7 7 1 1 1 M A G N T K S R47 4 9 4 8 W 2 5 0 1 M 5 % . 2I N U T & R R E S
C39 5 3 1 0 _ 6 8 N 5 0 V 1 0 % C A P T & R B E A D X 7 R C119 5 2 5 8 _ _ 4 U 7 6 3 V 2 0 % C A P T & R 5 X 7 M M . 2 E L L 2 6 4 9 7 _ 3 0 4 U H C H O K E 9 5 T 1 8 A W G/ 7 7 1 1 1 M A G N T K S R48 4 7 5 1 1/ 4 W 2 2 M 5 % T & R R E S
C40 5 2 2 9 1 5 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C120 5 4 2 2 _ _ 1 N 5 0 V 1 0 % C A P T & R B E A D N P O L 5 6 5 0 0 2 7 0 0 U H C OI L C O M M O N M O D E 7 A M P R49 4 9 7 9 W 2 5 0 1 5 K 5 % MI NI T & R R E S
C41 5 6 0 6 1 5 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C121 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C L 6 3 8 1 7 _ 1. 5 M H C OI L I N P U T C O M M O D E R50 2 0 3 9 W 2 5 0 2 2 R 0 F U SI B L E T & R R E S
C42 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C122 6 4 5 1 _ _ 4 N 7 2 5 0 V 2 0 % C A P B L K ' Y' 1 0 M M A C L 7 3 8 1 8 E MI S U P P R E S SI O N F E R RI T E B E A D T & R R51 2 0 3 9 W 2 5 0 2 2 R 0 F U SI B L E T & R R E S
C43 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C123 5 2 6 0 _ 2 2 U 5 0 V 2 0 % C A P T & R R A D . 2 E L L 8 3 8 1 8 E MI S U P P R E S SI O N F E R RI T E B E A D T & R R52 4 9 4 8 W 2 5 0 1 M 5 % . 2I N U T & R R E S
C44 5 9 5 3 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M C124 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M L10 3 8 9 9 _ _ 1 8 U H MI NI I N D U C T O R HI- Q T & R R53 4 9 1 1 W 2 5 0 2 R 2 5 % T & R R E S
C45 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R C125 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M L11 3 8 9 9 _ _ 1 8 U H MI NI I N D U C T O R HI- Q T & R R54 2 0 3 7 W 2 5 0 1 0 R F U SI B L E T & R R E S
C46 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C126 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M L12 3 8 9 9 _ _ 1 8 U H MI NI I N D U C T O R HI- Q T & R R55 4 9 7 9 W 2 5 0 1 5 K 5 % MI NI T & R R E S
C47 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C127 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M LD1 6 4 0 8 G R N 3 M M L E D 2 V 2 2 0 M A DI F F U S D R56 4 8 4 1 W 2 5 0 2 2 0 K 5 % T & R R E S
C48 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C128 5 6 0 6 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M LD2 6 4 0 0 Y E L 3 M M L E D 2 V 1 2 0 M A DI F F U S D R57 4 9 4 8 W 2 5 0 1 M 5 % . 2I N U T & R R E S
C49 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C129 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M LD3 6 4 0 5 R E D 3 M M L E D 2 V 1 2 0 M A DI F F U S D R58 6 4 8 9 _ _ 5 R 2 0 % T H E R M- S U R G R N T C K N K L E A D S
C50 5 2 3 3 3 3 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C130 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M P 1 2 3 3 9 _ 1 0 K B LI N 1 2 M M D U A L 2 1 D E T P 3 4 R59 4 9 8 3 W 2 5 0 1 0 K 5 % MI NI T & R R E S
C51 5 2 3 4 4 7 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M C131 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M P 2 2 3 4 0 _ 2 0 K 1 5 C R/ A 1 2 M M D U A L 2 1 D E T P 3 4 R60 4 6 6 0 5 W 0 0 0 R 0 4 7 5 % B L K R E S
C52 5 8 8 0 1 0 0 U 3 5 V 2 0 % C A P T & R 8 X 1 1 M M . 2 E L C132 5 9 5 3 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M P 3 2 3 3 9 _ 1 0 K B LI N 1 2 M M D U A L 2 1 D E T P 3 4 R61 4 7 4 8 2 W 0 0 3 R 9 5 % T & R R E S
C53 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C133 5 6 0 6 _ _ 3 U 3 2 5 0 V D C 1 0 % C A P B L K R A D P O L Y P F L M PCB M 1 3 7 5 B L A N K 2 _ O Z 2 S D 1 8 9. 1 S QI N 0 1 P E R L S 2 1 0 0 P R62 4 9 8 3 W 2 5 0 1 0 K 5 % MI NI T & R R E S
C54 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C134 5 2 0 5 _ 1 5 N 1 0 0 V 1 0 % C A P T & R R A D . 2 F L M Q 1 5 1 0 8 2 N 5 4 0 1 T O 9 2 P N P T R A N T & R T A R63 2 0 5 1 W 2 5 0 1 K 5 F U SI B L E T & R R E S
C55 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C135 5 2 5 8 _ _ 4 U 7 6 3 V 2 0 % C A P T & R 5 X 7 M M . 2 E L Q 2 5 1 0 3 M P S A 0 6 T O 9 2 N P N T R A N T & R T A R64 4 8 1 4 W 2 5 0 3 K 6 5 % T & R R E S
C56 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C136 5 2 4 0 6 8 0 N 6 3 V 1 0 % C A P T & R R A D . 2 F L M Q 3 5 1 0 5 M P S A 1 3 T O 9 2 N P N D A R L T & R T A R65 2 0 3 7 W 2 5 0 1 0 R F U SI B L E T & R R E S
C57 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C137 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R Q 4 5 1 0 7 2 N 5 5 5 1 T O 9 2 N P N T R A N T & R T A R66 2 0 3 7 W 2 5 0 1 0 R F U SI B L E T & R R E S
C58 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C138 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R Q 5 5 1 0 7 2 N 5 5 5 1 T O 9 2 N P N T R A N T & R T A R67 4 8 1 4 W 2 5 0 3 K 6 5 % T & R R E S
C59 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C139 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R Q 6 5 1 0 5 M P S A 1 3 T O 9 2 N P N D A R L T & R T A R68 4 8 4 4 W 2 5 0 1 M 5 % T & R R E S
C60 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M C140 5 2 1 6 1 0 0 N 2 0 0 V 5 % C A P T & R R A D . 2 C E R Q 7 5 1 0 8 2 N 5 4 0 1 T O 9 2 P N P T R A N T & R T A R69 4 7 0 9 5 W 0 0 2 2 R 5 % B L K R E S
C61 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 1 6 7 7 2 B RI D G E 2 5 A 4 0 0 V WI R E L E A D SI P Q 8 5 1 0 8 2 N 5 4 0 1 T O 9 2 P N P T R A N T & R T A R70 2 0 5 1 W 2 5 0 1 K 5 F U SI B L E T & R R E S
C62 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 2 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q 9 6 7 7 4 B D 1 3 9 T O 1 2 6 N P N T R A N T G R71 6 1 1 6 W 2 5 0 1 0 K 0 1 % MI NI M F T & R R E S
C63 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 3 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q10 5 1 0 1 B C 5 5 0 C T O 9 2 N P N T R A N T & R T B R72 5 0 2 8 W 2 5 0 3 K 7 4 1 % T & R R E S
C64 5 2 0 1 4 7 0 P 1 0 0 V 5 % C A P T & R R A D C E R. 2 N P O D 4 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q11 5 1 0 5 M P S A 1 3 T O 9 2 N P N D A R L T & R T A R73 4 8 0 5 W 2 5 0 2 K 8 7 1 % T & R R E S
C65 5 1 9 6 1 5 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D 5 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q14 2 3 0 7 I R G P 3 5 B 6 0 P D P B F T 0 2 4 7 N P N I G B T T M R74 2 0 5 1 W 2 5 0 1 K 5 F U SI B L E T & R R E S
C66 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 6 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q15 2 3 0 7 I R G P 3 5 B 6 0 P D P B F T 0 2 4 7 N P N I G B T T M R75 4 8 2 1 W 2 5 0 4 7 0 R 5 % T & R R E S
C67 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 7 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q18 5 1 0 8 2 N 5 4 0 1 T O 9 2 P N P T R A N T & R T A R76 4 9 8 2 W 2 5 0 4 K 7 5 % MI NI T & R R E S
C68 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 8 6 7 3 3 B A T 8 5 3 0 V 0 A 2 DI O D E S C H T T & R Q19 5 1 0 8 2 N 5 4 0 1 T O 9 2 P N P T R A N T & R T A R77 4 8 2 8 W 2 5 0 6 K 8 5 % T & R R E S
C69 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D 9 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q21 5 1 0 5 M P S A 1 3 T O 9 2 N P N D A R L T & R T A R78 2 3 1 4 W 5 0 0 1 5 0 K 0. 5 % M F T & R R E S
C70 5 2 4 2 1 0 0 N 2 5 0 V 2 0 % C A P B L K ' X 2' 1 5 M M A C D10 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q23 2 3 0 7 I R G P 3 5 B 6 0 P D P B F T 0 2 4 7 N P N I G B T T M R79 6 1 4 8 W 2 5 0 2 K 0 5 1 % MI NI M F T & R R E S
C71 5 2 6 6 6 8 0 N 2 5 0 V 2 0 % C A P B L K ' X 2' 2 7 M M A C D11 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R Q24 2 3 0 7 I R G P 3 5 B 6 0 P D P B F T 0 2 4 7 N P N I G B T T M R80 4 7 8 7 W 2 5 0 7 K 9 6 0 0. 1 % *** T & R R E S
C72 5 3 1 8 2 2 0 N 5 0 V 1 0 % C A P T & R B E A D X 7 R D13 6 4 3 8 1 N 4 0 0 7 1 0 0 0 V 1 A 0 DI O D E T & R R 1 4 9 8 1 W 2 5 0 1 K 5 % MI NI T & R R E S R81 4 7 8 7 W 2 5 0 7 K 9 6 0 0. 1 % *** T & R R E S
C73 5 3 1 8 2 2 0 N 5 0 V 1 0 % C A P T & R B E A D X 7 R D15 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R 2 4 7 6 2 W 2 5 0 9 K 7 6 0 0. 1 % *** T & R R E S R82 2 3 1 4 W 5 0 0 1 5 0 K 0. 5 % M F T & R R E S
C74 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D17 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R 3 4 8 6 4 W 2 5 0 2 K 7 5 % T & R R E S R83 4 7 7 5 W 2 5 0 1 4 K 0 1 % T & R R E S
C75 5 8 7 9 1 0 0 U 1 6 V 2 0 % C A P T & R 8 X 7 M M . 2 E L D19 6 7 3 3 B A T 8 5 3 0 V 0 A 2 DI O D E S C H T T & R R 4 4 9 8 1 W 2 5 0 1 K 5 % MI NI T & R R E S R84 4 9 8 3 W 2 5 0 1 0 K 5 % MI NI T & R R E S
C76 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D22 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R 5 4 7 8 4 W 2 5 0 1 7 K 4 0 0. 1 % *** T & R R E S R85 4 8 3 6 W 2 5 0 6 8 K 5 % T & R R E S
C77 5 1 9 9 1 0 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D24 6 8 2 5 1 N 4 1 4 8 7 5 V 0 A 4 5 DI O D E T & R R 6 4 7 6 2 W 2 5 0 9 K 7 6 0 0. 1 % *** T & R R E S R86 6 1 4 8 W 2 5 0 2 K 0 5 1 % MI NI M F T & R R E S
C78 5 8 1 7 _ 1 5 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D25 6 8 9 2 U F 4 0 0 4 4 0 0 V 1 A 0 DI O D E U L T R A F A R 7 6 1 6 4 W 2 5 0 6 1 9 K 1 % MI NI T & R R E S R87 4 9 8 2 W 2 5 0 4 K 7 5 % MI NI T & R R E S
C79 5 1 9 6 1 5 0 P 1 0 0 V 2 % C A P T & R R A D C E R. 2 N P O D26 6 7 3 3 B A T 8 5 3 0 V 0 A 2 DI O D E S C H T T & R R 8 4 8 5 7 W 2 5 0 2 2 0 R 5 % T & R R E S R88 4 7 7 4 W 2 5 0 4 K 1 2 1 % T & R R E S
C80 5 2 1 2 1 0 0 N 6 3 V 5 % C A P T & R R A D . 2 F L M D28 6 4 2 5 B A V 2 1 2 0 0 V 0 A 2 5 DI O D E T & R R 9 6 1 2 0 W 2 5 0 1 0 0 K 5 % MI NI T & R R E S R89 6 1 1 9 W 2 5 0 4 7 K 5 % MI NI T & R R E S

REF YS # Description REF YS # Description REF YS # Description
R90
4832 W250 22K 5% T&R RES R170 2010 W167 10R0 2%FLAME PROOF T&R RES ZD1 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R91
4832 W250 22K 5% T&R RES R171 6136 W250 3K3 5%MINI T&R RES ZD2 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R92
6119 W250 47K 5%MINI T&R RES R172 6136 W250 3K3 5%MINI T&R RES ZD3 2308 1N4753A-T 36V0 1W0 ZENER 5% T&R
R93
6119 W250 47K 5%MINI T&R RES R173 6136 W250 3K3 5%MINI T&R RES ZD4 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R94
6119 W250 47K 5%MINI T&R RES R174 4585 W250 1K2 5%MINI T&R RES ZD5 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R95
4828 W250 6K8 5% T&R RES R175 4832 W250 22K 5% T&R RES ZD6 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R96
4831 W250 18K 5% T&R RES R176 4832 W250 22K 5% T&R RES ZD7 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R97
4856 W250 12K 5% T&R RES R177 4827 W250 4K7 5% T&R RES ZD8 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R98
4774 W250 4K12 1% T&R RES R178 2010 W167 10R0 2%FLAME PROOF T&R RES ZD9 6432 1N5248B 18V0 0W5 ZENER 5% T&R
R99
4748 2W00 3R9 5% T&R RES R179 2010 W167 10R0 2%FLAME PROOF T&R RES ZD10 2308 1N4753A-T 36V0 1W0 ZENER 5% T&R
R100
4748 2W00 3R9 5% T&R RES R180 5016 1W00 9K760 0.5% *** T&R RES ZD11 6486 1N5244B 14V0 0W5 ZENER 5% T&R
R101
2010 W167 10R0 2%FLAME PROOF T&R RES R181 5016 1W00 9K760 0.5% *** T&R RES ZD12 6450 1N5242B 12V0 0W5 ZENER 5% T&R
R102
2010 W167 10R0 2%FLAME PROOF T&R RES R182 4703 2W00 2R 5% T&R RES ZD13 6475 1N5262B 51V0 0W5 ZENER 5% T&R
R103
4768 5W00 12K 5% BLK RES R183 4703 2W00 2R 5% T&R RES ZD14 6440 1N750ARL 4V7 0W5 ZENER 5% T&R
R104
4768 5W00 12K 5% BLK RES R184 4703 2W00 2R 5% T&R RES
R105
4982 W250 4K7 5%MINI T&R RES R185 6119 W250 47K 5%MINI T&R RES
R106
4911 W250 2R2 5% T&R RES R186 4703 2W00 2R 5% T&R RES
R107
4784 W250 17K40 0.1% *** T&R RES R187 4844 W250 1M 5% T&R RES
R108
4844 W250 1M 5% T&R RES R188 4703 2W00 2R 5% T&R RES
R109
4817 W250 47R 5% T&R RES R189 4703 2W00 2R 5% T&R RES
R110
4714 W250 2K21 1% T&R RES R190 4703 2W00 2R 5% T&R RES
R111
4982 W250 4K7 5%MINI T&R RES R191 6467 _10K 10% THERMISTOR TO-92 NTC
R112
4982 W250 4K7 5%MINI T&R RES R192 2037 W250 10R FUSIBLE T&R RES
R113
4988 W250 1K5 5%MINI T&R RES R193 2037 W250 10R FUSIBLE T&R RES
R114
6129 W250 27K 5%MINI T&R RES R195 2039 W250 22R0 FUSIBLE T&R RES
R115
4942 W250 100K 5% .2INU T&R RES R196 4639 W250 4K99 1% T&R RES
R116
4864 W250 2K7 5% T&R RES R197 4748 2W00 3R9 5% T&R RES
R117
5016 1W00 9K760 0.5% *** T&R RES R198 4844 W250 1M 5% T&R RES
R118
4714 W250 2K21 1% T&R RES R199 4844 W250 1M 5% T&R RES
R119
6135 W250 270K 5%MINI T&R RES R200 4857 W250 220R 5% T&R RES
R120
6122 W250 33K 5%MINI T&R RES R201 4714 W250 2K21 1% T&R RES
R121
4983 W250 10K 5%MINI T&R RES R202 5005 2W00 1K8 5% T&R RES
R122
4845 W250 2M2 5% T&R RES R203 4714 W250 2K21 1% T&R RES
R123
4981 W250 1K 5%MINI T&R RES R204 3899 __18UH MINI INDUCTOR HI-Q T&R
R124
2010 W167 10R0 2%FLAME PROOF T&R RES U1 6882 TL072CP IC FET DUAL OP AMP
R125
2010 W167 10R0 2%FLAME PROOF T&R RES U4 6882 TL072CP IC FET DUAL OP AMP
R126
4983 W250 10K 5%MINI T&R RES U5 6884 NE5532N IC DUAL OP AMP
R127
4983 W250 10K 5%MINI T&R RES U6 6882 TL072CP IC FET DUAL OP AMP
R128
4844 W250 1M 5% T&R RES U7 6882 TL072CP IC FET DUAL OP AMP
R129
6119 W250 47K 5%MINI T&R RES U8 6840 MC33078P IC DUAL OP AMP
R130
4864 W250 2K7 5% T&R RES U9 6542 LM318 IC OP AMP
R131
4936 W250 2K7 5% .2INU T&R RES U10 6640 LM311 IC VOLTAGE COMPARATOR DIP8
R132
2051 W250 1K5 FUSIBLE T&R RES U11 6856 NJM7815FA TO220 P 15V0 REG IS V1
R133
2051 W250 1K5 FUSIBLE T&R RES U12 2318 LM6172IN 8PIN DIP FAST DUAL OPAMP
R134
2051 W250 1K5 FUSIBLE T&R RES U13 6586 IRS21844PBF IC HILO FET DRIVER
R135
2319 2W00 33R 5% MIN FUSIBLE T&R RES U14 6586 IRS21844PBF IC HILO FET DRIVER
R136
2319 2W00 33R 5% MIN FUSIBLE T&R RES U15 6745 LM13600N IC XCONDUCTANCE AMP
R137
4682 W500 1R 5%PHILIPS SMAL T&R RES U17 6840 MC33078P IC DUAL OP AMP
R138
4911 W250 2R2 5% T&R RES U18 6882 TL072CP IC FET DUAL OP AMP
R139
4827 W250 4K7 5% T&R RES U19 6882 TL072CP IC FET DUAL OP AMP
R140
4948 W250 1M 5% .2INU T&R RES U20 6603 74HC14N IC HEX INV SCHMID
R141
4827 W250 4K7 5% T&R RES U21 6640 LM311 IC VOLTAGE COMPARATOR DIP8
R142
4983 W250 10K 5%MINI T&R RES U22 6856 NJM7815FA TO220 P 15V0 REG IS V1
R143
4832 W250 22K 5% T&R RES U23 6745 LM13600N IC XCONDUCTANCE AMP
R144
4832 W250 22K 5% T&R RES U24 6840 MC33078P IC DUAL OP AMP
R145
4981 W250 1K 5%MINI T&R RES U25 6882 TL072CP IC FET DUAL OP AMP
R146
4841 W250 220K 5% T&R RES U26 6603 74HC14N IC HEX INV SCHMID
R147
6122 W250 33K 5%MINI T&R RES U27 6882 TL072CP IC FET DUAL OP AMP
R148
4940 W250 10K 5% .2INU T&R RES U29 6728 MC78L05ACP TO92 P 5V0 REG T&R V4
R149
4842 W250 330K 5% T&R RES U30 6856 NJM7815FA TO220 P 15V0 REG IS V1
R150
4832 W250 22K 5% T&R RES U31 6857 NJM7915FA TO220 N 15V0 REG IS V2
R151
6120 W250 100K 5%MINI T&R RES U32 2306 FOD816 4PINDIP ACINPUT OPTOCOUPLER
R152
4857 W250 220R 5% T&R RES U40 6882 TL072CP IC FET DUAL OP AMP
R153
4809 W250 10M 5% T&R RES W1 2328 8 CIR XH-HEADER 0.098IN
R154
6116 W250 10K0 1%MINI MF T&R RES W3 3538 24 PIN BREAKAWAY LOCK .156
R155
6116 W250 10K0 1%MINI MF T&R RES W5 4146 3 PIN POWER PIN HEADER MALE POLZED
R156
6116 W250 10K0 1%MINI MF T&R RES W6 4145 9PIN 3X3 POWER PIN HEADER
R157
6116 W250 10K0 1%MINI MF T&R RES W8 2328 8 CIR XH-HEADER 0.098IN
R158
6116 W250 10K0 1%MINI MF T&R RES W10 3538 24 PIN BREAKAWAY LOCK .156
R159
4844 W250 1M 5% T&R RES W12 4147 6 PIN POWER PIN HEADER MALE POLZED
R160
4585 W250 1K2 5%MINI T&R RES W14 3538 24 PIN BREAKAWAY LOCK .156
R161
4703 2W00 2R 5% T&R RES W16 4056 2 CIR XH-HEADER 0.098IN
R162
4748 2W00 3R9 5% T&R RES W29 3583 _8 CIR WAFER W/LCK 0.1"
R163
4748 2W00 3R9 5% T&R RES W33 4147 6 PIN POWER PIN HEADER MALE POLZED
R164
4935 W250 1K5 5% .2INU T&R RES W34 4147 6 PIN POWER PIN HEADER MALE POLZED
R165
5016 1W00 9K760 0.5% *** T&R RES X2 5299 24AWG SOLID SC WIR RAD JMP
R166
4939 W250 5K1 5% .2INU T&R RES X3 5299 24AWG SOLID SC WIR RAD JMP
R167
4940 W250 10K 5% .2INU T&R RES X8 6543 48R 265V RESETTABLE THERMISTOR PTC
R168
6116 W250 10K0 1%MINI MF T&R RES XC1 3745 DUAL XSISTOR PBL SPRING CLEAR ZINC
R169
2010 W167 10R0 2%FLAME PROOF T&R RES XC2 3745 DUAL XSISTOR PBL SPRING CLEAR ZINC

11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
Q
Q
Product
LS2100P/NS21P
Date:
Filename:
PCB#
M1375V08sch.sch2006
LS2100P/NS21P
Mon Feb 06, 2017
M1375 ofSheet
Rev:
44
V08
1
5
4
3
2
8
7
6
NC
1
2
3
4
5
6
7
8
M1375 3/3 W14
-15V
+130V
-130V
PSGND
+15V
ACDETECT
+15V_LS
W3
Thermal Breaker
96 DEG C
M1375 1/3
POWER SUPPLY POWER AMP

11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
Q
Q
Product
LS2100P/NS21P
Date:
Filename:
PCB#
M1375V08sch.sch2006
LS2100P/NS21P
Mon Feb 06, 2017
M1375 ofSheet
Rev:
41
V08
-15VIP
+15V
GNDA
4148
D39
C50
63V 330N
A
X3
1/4W
14K0
R83
.
1/4W
1K5
R25
MINI
1/4W
1K
R4
MINI
-15VIP
INPUTGND
+15VIP
GNDA
GNDA
+15VIP +15VIP
LEDGND
R2
1/4W
0.1%
9K76
-15VIP
GNDA
+15VIP
4148
D7
DEBUMP
LEDGND
SIGNAL
-15V
+15V
C12
63V470N
1/4W
10K
R28
MINI
R56
1/4W
.
220K
R68
1/4W
.
1M
4148
D46
8
V+
4V-
U1:C
18uH
3899
R204
1
2
3
J1
4100
4010
J5
8
V+
4V-
U18:C
C6
100V10N
1/4W
100K
R115
RAD
R47
1/4W
RAD
1M
R180
1.0W
0.5%
9K76
8
V+
4V-
U7:C
-15VIP
63V
C125
100N
GNDA
LEDGNDPSGND
63V
C74
100N
IN-Speaker
OUT-Line
4148
D40
R21
1/4W
681R0
0.1%
U15:E
-15VIP
63V
C130
100N
4148
D35
R120
1/4W
MINI
33K
TO92
Q21
5105
MPSA13
1/4W
9K76
R6
0.1%
1/4W
2K7
R3
.
8
V+
4V-
U19:C
1/4W
47K
R92
MINI 4148
D15
R30
1/4W
0.1%
681R0
1/4W
2R2
R26
.
R29
1/4W
.
4K99
GAIN
D
2339
P1:A 10K
B
Function
8
V+
4V-
U27:C
4148
D6
4148
D24
R118
1/4W
.
2K21
R88
1/4W
.
4K12
1/4W
6K8
R95
.
C49
63V470N
1/4W
2K7
R116
.
L12
3899
18uH
L10
3899
18uH
L11
3899
18uH
1/4W
619K
R7
MINI MF
63V
C36
100N
63V
C136
680N
U18:A
TL072
4148
D11
SPACER GROUND
HERE
0
XC19
GNDA
R97
1/4W
.
12K
-15VIP
+15VIP
GNDA
X2
1/4W
100K
R36
MINI
1/4W
1K
R1
MINI
R84
1/4W
MINI
10K
1/4W
15K
R49
MINI
LM13600N
U15:A
1/4W
100K
R9
MINI
1/4W
3K3
R32
MINI
R111
1/4W
MINI
4K7
1/4W
220R
R14
.
1/4W
47K
R10
MINI
R13
1/4W
MINI
100K
1/4W
220K
R16
.
1/4W
30K
R33
.
TO92
2N5401
Q1
5108
4148
D9
4148
D3
1/4W
15K
R55
MINI
U4:A
TL072
C120
50V1N
R34
1/4W
.
4K12
C13
63V 220N
1/4W
10K
R23
MINI
1/4W
1K
R19
MINI
4148
D5
R127
1/4W
MINI
10K
R142
1/4W
MINI
10K
4148
D47
50V
C39
68N
1/4W
470K
R18
MINI
1/4W
220R
R39
.
TO92
MPSA06
Q2
5103
+15VIP
R112
1/4W
MINI
4K7
C17
63V470N
SIGNAL
SIGNAL TO
AMP INPUT
4010
J2
R181
1.0W
0.5%
9K76
R165
1.0W
0.5%
9K76
63V
C124
100N
R5
1/4W
0.1%
17K40
R42
1/4W
681R0
0.1%
1/4W
270K
R119
MINI
63V
C131
100N
1/4W
17K40
R107
0.1%
U19:A
TL072
TO92
2N5551
Q5
5107
1/4W
47K
R93
MINI
1/4W
22K
R91
.
63V
C9
1U
D
2340 P2:A20K
R/A
Function
1/4W
47K
R89
MINI
1/4W
22K
R90
.
D
2340 P2:B20K
R/A
Function
63V
C37
100N
1/4W
18K
R96
.
1/4W
2K21
R201
.
4148
D10
D
2339
P3:A 10K
B
Function
1/4W
1M
R128
.
C18
50V22U
1/4W
22M
R48
.
4148
D2
1/4W
47K
R15
MINI
D
2339
P3:B 10K
B
Function
PEAK LIMIT
DETECT
1/4W
1K5
R164
RAD
1/4W
47K
R24
MINI
1/4W
1M
R159
.
100V
C14
68N
63V
C40
150N
LD2
YEL
6400
+15VIP
R117
1.0W
0.5%
9K76
-15V
RIBBON_GND
8W1:H
8
7W1:G
8
RIBBON_GND 6W1:F
8
5W1:E
8
4W1:D
8
3W1:C
8
2W1:B
8
1W1:A
8
R27
1/4W
.
470R
C11
63V470N
4148
D4
8
V+
4V-
U40:C
8
V+
4V-
U6:C
8
V+
4V-
U4:C
8
V+
4V-
U5:C
ADD MORE BYPASS CAPS
-15VIP
63V
C129
100N
-15VIP
63V
C126
100N
X8
265V
NET00014
TO CHASSIS
GROUND
0
EC5
1/4W
47K
R94
MINI
+15VIP
4148
D31
+15VIP
LD3
RED
6405
UP
Alternate
S1:A
3522
{Function}
DOWN
C10
63V 220N 1/4W
4K99
R196
.
C1
200V
470P
UP
Alternate
S1:B
3522
{Function}
DOWN
SPACER GROUND
HERE
63V
C47
100N 1N5248B
ZD2
0W5
18V0
8
V+
4V-
U25:C
MUST BE PLACED
ON INPUT PCB
NEAR RIBBON
U25:A
TL072
400V
C3
1N
GNDA
TO POWER
AMP PCB
Boost to
Match
Impedance
TO92
2N5551
Q4
5107
U7:B
TL072
R86
1/4W
MINI
2K05
Boost
U7:A
TL072
R121
1/4W
MINI
10K
RMS DETECT
Rolloff
Frequency
R98
1/4W
.
4K12
C51
63V470N
D
2339
P1:B 10K
B
Function
(VCC)
LM13600N
Dual VCA
6745
U15:D
{Function}
+15VIP
-15VIP
LD1
GRN
6408
R85
1/4W
.
68K
1/4W
220R
R8
.
LM13600N
U15:B
100V
C94
220P
1/4W
47K
R17
MINI
U4:B
TL072
Rolloff
Frequency
U6:A
TL072
R35
1/4W
MINI
15K
C16
63V470N
R126
1/4W
MINI
10K
U27:A
TL072
Boost
R122
1/4W
.
2M2
U1:B
TL072
R123
1/4W
MINI
1K
U6:B
TL072
1/4W
1K5
R113
MINI
63V
C127
100N
GROUND GNDA
NODES ON
POWER AMP
U19:B
TL072
U25:B
TL072
C2
200V
470P
1/4W
113K
R31
.
1N5248B
ZD1
0W5
18V0
63V
C46
100N
ALUMINUM
SPACER
TO CHASSIS
63V
C48
100N
W1
+15VIP
C21
50V22U
1/4W
27K
R114
MINI
U40:A
TL072
U27:B
TL072
(VCC)
LM13600N
Dual VCA
6745
U15:C
{Function}
R73
1/4W
.
2K87
R106
1/4W
.
2R2
100V
C93
220P
1/4W
47K
R11
MINI
U40:B
TL072
U1:A
TL072
RING
J7
U18:B
TL072
RING
J3
U5:B
NE5532N
U5:A
NE5532N

11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
Q
Q
Product
LS2100P/NS21P
Date:
Filename:
PCB#
M1375V08sch.sch2006
LS2100P/NS21P
Mon Feb 06, 2017
M1375 ofSheet
Rev:
42
V08
+5V
-15V
Power
PSGND
-15V
+15V
7
W3:G 8
6
W3:F 8
5
W3:E 8
4
W3:D 8
3
W3:C 8
2
W3:B 8
tienet
1
W3:A 8
+15V
1
W10:A 4
1/4W
1M
R52
RAD
1/4W
180K
R43
RAD
-15V
SD-
+130V -130V +15V -15V
C19
200V100N
SIG_GND
SIGNAL
SIGNAL1
SIG_GND
+15V_MOD
C45
200V100N
R50
1/4W
FLMP
22R
ERR_OUT
TRI-WAV
WOOFGND
CHASSIS_GROUND
FBACK+
-15V_U12
+15V_U12
R79
1/4W
MINI
2K05
FBACK+
FBACK+
R125
1/8W
FLMP
10R0
+15V
BLACK
SIG_GND
-15V_MOD
+15V_LS-
+15V
D44
0A2 BAT85
GNDA
R157
1/4W
MINI
10K0
SIG_GND
5
8W8:E
4
8W8:D
3
8W8:C
LIMIT
+5V
8W29:H8
DEBUMP
5W29:E8
4W29:D8
3W29:C8
-15V
+15V
SIG_GND
+15V_LS+
100V
C79
150P
1/4W
1K5
R132
FUSIBLE
BAV21
D38
1/4W
1K5
R134
FUSIBLE
-15V
+15V
50V
C97
22U
IN
REF
OUT
NJM7815FA
TO220
{Function}
6856 {Watts}
U11
100V
C65
150P
1/4W
1K5
R74
FUSIBLE
BAV21
D28
1/4W
1K5
R63
FUSIBLE
50V
C112
22U
R53
1/4W
.
2R2
1/2W
1R
R46
SMALL
6586
U13:B
+5V
1/4W
10K0
R156
MINI
100V
C8
100P
WOOFGND
200V
C137
100N
0
EC4
63V
C34
100N
R192
1/4W
FUSIBLE
10R
-15V_MOD
R147
1/4W
MINI
33K
R149
1/4W
.
330K
C42
200V100N
1/4W
1M
R198
.
1/4W
1M
R57
RAD
-130V
1N5248B
ZD6
0W5
18V0
D42
0A2 BAT85
1/4W
180K
R41
RAD
SIGNAL
1/4W
22K
R150
.
1/4W
10M
R153
.
1N5248B
ZD4
0W5
18V0
400V
C108
1U
1N5248B
ZD5
0W5
18V0
NET00256
11 IN 10
OUT
U20:E
74HC14N
6603
5IN 6
OUT
U20:C
74HC14N
6603
TO CHASSIS
GROUND
+5V
ALUMINUM
SPACER
2.0W
2R
R161
.
R182
2.0W
.
2R
FBACK+
1000V
C85
1N
R186
2.0W
.
2R
2.0W
2R
R188
.
R82
1/2W
MF
150K0
FBACK-
U24:A
MC33078P
PSGND
-15V_U12
GNDA
400V
C7
3U3
NEG_OUTPUT
C23
200V100N
250V
3U3
C22
250V
3U3
C132
4W10:D4
U12:A
LM6172
R80
1/4W
0.1%
7K96
MOD_IN
SIG_GND
R124
1/8W
FLMP
10R0
-15V
250V
C44
3U3
2
W10:B 4
3W10:C4
2
1
FOD816
2306
U32:A
R200
1/4W
.
220R
R81
1/4W
0.1%
7K96
63V
C53
100N
+15V_MOD
200V
C43
100N
2.0W
2R
R184
.
1000V
C86
1N
C41
50V 1N5
R109
1/4W
.
47R
R108
1/4W
.
1M
NET00134NET00134
-15V
200V
C139
100N
0
XC47
50V
C98
22U
1N5248B
ZD8
0W5
18V0
400V
C114
1U
CAP NEEDS
TO BE NEXT
TO OUTPUT
DEVICES
1N5248B
ZD7
0W5
18V0
R76
1/4W
MINI
4K7
50V
C128
1N5
R168
1/4W
MINI
10K0
R158
1/4W
MINI
10K0
200V
C140
100N
200V
C138
100N
TP2
63V
C99
100N
63V
C28
1U
63V
C29
100N
R138
1/4W
.
2R2
R51
1/4W
FLMP
22R
IN
REF
OUT
MC78L05ABPRM
TO92
{Function}
6728 {Watts}
U29
63V
C100
100N
+15V
8
8W8:H
6
8W8:F
7
8W8:G
2
8W8:B
1
8W8:A
50V
C73
220N
1/4W
1K
R145
MINI
50V
C72
220N
4148
D34
R75
1/4W
.
470R
4148
D36
63V
C107
100N
GNDA
LEDGND
SIGNAL1
7W29:G8
6W29:F8
To input PCB
1W29:A8
2W29:B8
TO92
BC550C
Q10
5101
R72
1/4W
.
3K74
1/4W
10K0
R40
MINI
+15V
714
TO92
2N5401
Q19
5108
1/4W
1K5
R133
FUSIBLE
-
63V
C67
100N
8
V+
4V-
U17:C
TO92
2N5401
Q18
5108
1/4W
1K5
R70
FUSIBLE
+
U23:E
R12
1/4W
.
4K7
63V
C24
100N
D19
0A2 BAT85
R44
1/4W
FUSIBLE
10R
NOT
USED ACDETECT
R202
2.0W
.
1K8
1/4W
47K
R129
MINI
63V
C83
220N
CAP NEEDS
TO BE NEXT
TO OUTPUT
DEVICES
9IN 8
OUT
U20:D
74HC14N
6603
1IN 2
OUT
U20:A
74HC14N
6603
1000V
C81
1N
L16497
304UH
C30
200V100N
250V
C20
3U3
C78
100V 15P
OUTPUT
TO
SPKR
R37
1/8W
FLMP
100R0
R60
5.0W
.
0R047
R45
5.0W
.
0R047
R136
2.0W
Mini2W
33R
63V
C54
100N
1000V
C82
1N
U12:B
LM6172
L26497
304UH
2.0W
2R
R190
.
SEE POWER SUPPLY FOR REST OF CIRCUIT
IN
REF
OUT
NJM7815FA
TO220
{Function}
6856 {Watts}
U22
GNDA
SIG_GND
SIGNAL
D26
0A2 BAT85
1/2W
1R
R137
SMALL
R54
1/4W
FUSIBLE
10R
1N5248B
ZD9
0W5
18V0 63V
C27
1U
INVERTERS
+5V SUPPLY
SIGNAL
WOOFER AMP
-15V_U12 +15V_LS-
+15V_LS+
From Power Supply
PCB
ALUMINUM
SPACER
R155
1/4W
MINI
10K0
R154
1/4W
MINI
10K0
R71
1/4W
MINI
10K0
SINGNAL1=GNDA
C77
100V100P
+15V
0 EC6
RED
connect to
heat spreader
+130V
FBACK-
R78
1/2W
MF
150K0
FROM W29 RIBBON CABLE PIN #8
WOOFGND
+15V_MOD
R102
1/8W
FLMP
10R0
-130V
DRIVER CHIP SUPPLY
FBACK-
18uH
3899
R20
18uH
3899
R22
8
W3:H 8
+15V_U12
R135
2.0W
Mini2W
33R
UF4004
D17
63V
C35
1U
DRIVER CHIP SUPPLY
SD+
SIG_GND
R38
1/4W
FLMP
22R
2
+
3
-
4V- 8
V+
5BAL
1GND
7OUT
6
STROBE
LM311
U10
6640
13
IN
12 OUT
U20:F
74HC14N
6603
3
IN
4OUT
U20:B
74HC14N
6603
16V
C75
100U
1/4W
100K
R151
MINI
-15V
63V
C60
100N
63V
C55
100N
+15V_U12
C90
100V10N
63V
C58
100N
1/4W
1M
R199
.
2307
Q15:A
T0247
IRGP35B60PDPBF
WOOFGND
R77
1/4W
.
6K8
-15V_MOD
R101
1/8W
FLMP
10R0
0
XC52
1N4753A
ZD10
1W0
36V0 50V
C123
22U
WOOFGND
2307
Q23:A
T0247
IRGP35B60PDPBF
R183
2.0W
.
2R
POS_OUTPUT
R195
1/4W
FLMP
22R
FBACK-
100N
C68
63V
R189
2.0W
.
2R
U17:A
MC33078P
R105
1/4W
MINI
4K7
R87
1/4W
MINI
4K7
U17:B
MC33078P
6586
U14:B
NET00256
1/4W
220K
R146
.
TO92
2N5401
Q8
5108
63V
C59
100N
8
V+
4V-
U12:C
1N4753A
ZD3
1W0
36V0
8
V+
4V-
U24:C
(VCC)
LM13600N
Dual VCA
6745
U23:D
{Function}
LM13600N
U23:B
(VCC)
LM13600N
Dual VCA
6745
U23:C
{Function}
63V
C33
100N
+15V_LS
U24:B
MC33078P
63V
C25
1U
1/4W
220R
R152
.
250V
C31
3U3
63V
C61
100N
63V
C57
100N
63V
C56
100N
2307
Q14:A
T0247
IRGP35B60PDPBF
100V
C134
15N
ALUMINUM
SPACERS
POWER AMP
HEATSPREADER
UF4004
D45
2307
Q24:A
T0247
IRGP35B60PDPBF
50V
C133
1N5
63V
C26
100N
R193
1/4W
FUSIBLE
10R
U13:A
6586
IRS2184
SIGNAL
FROM
INPUT
PCB
_W2
NEW ALTERNATIVE
CONNECTOR
S2
WOOFER
SEE P.S. SCHEMATIC
LM13600N
U23:A
U14:A
6586
IRS2184

11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
Q
Q
Product
LS2100P/NS21P
Date:
Filename:
PCB#
M1375V08sch.sch2006
LS2100P/NS21P
Mon Feb 06, 2017
M1375 ofSheet
Rev:
43
V08
+5V
ON HEATSREADER
NET00267
UF4004
D25
230V EURO
CHASSISSCREW
CHASSISSCREW
-15V_TRI
UF4004
D22
245V EURO
BRKR1
-15V_TRI
+15V_TRI
NC NC
CHASSISSCREW
-15V_U21
+15V_U21
VIOLET 2
GRAY 1
YELLOW
RED 2
GND-TRI
ACDETECT
-22V
+22V
+5V
-15V
-15V
PSGND
+15V
SD-
12A SB
PSGND
12A SB
PSGND
+15V
44 W15:D
24 W15:B
-15V
+15V
PSGND
-130V
+130V
ACDETECT
NOT
USED
W34:G
W33:G
W12:G
UF4004
D30
4
W33:D 6
5
W33:E 6
1
W33:A 6
2
W33:B 6
IEC_RECT
+15V_TRI
1/4W
10R
R65
FUSIBLE
35V
C92
100U
UF4004
D32
4
W12:D 6
5
W12:E 6
1
W12:A 6
2
W12:B 6
NA: 12A
CE: 12A
200V
C32
10P
PIN 1
PIN 1
275V
C102
22N
1W5:A3
GND-TRI
1/4W
1K2
R160
MINI
R148
1/4W
RAD
10K
C64
100V 470P
4148
D37
1/4W
5K1
R166
RAD
250V
C84
4N7
-15V_U21
VIOLET 1
1
W6:A 9
9
W6:I 9
4
W6:D 9
RED 1
7
W6:G 9
3
W6:C 9
8
W6:H 9
GRAY 2
6
W6:F 9
5
W6:E 9
2
W6:B 9
NTC
5R0
R58
6489
1/4W
2K7
R130
.
R99
2.0W
.
3R9
R163
2.0W
.
3R9
R162
2.0W
.
3R9
R100
2.0W
.
3R9
4007
D29
4007
D13
GND-TRI
63V
C66
100N
R170
1/8W
FLMP
10R0
63V
C62
100N
200V
C5
100N
R197
2.0W
.
3R9
4007
D56
4007
D58
63V
C105
470U
4007
D55
4007
D52
POWER SUPPLY
HEATSPREADER
TP1
1/4W
4K7
R139
.
WOOFGND
4148
D50
GND-TRI
63V
C69
100N
-15V_TRI
63V
C76
100N
+15V_TRI
4007
D53
IN
REF
OUT
NJM7915FA
6857 {Watts}
U31
TO220
IN
REF
OUT
NJM7815FA
6856 {Watts}
U30
TO220
63V
4U7
C103
SD+
D8
0A2 BAT85
+15V
4007
D57
4007
D14
4007
D12
1/4W
22K
R175
.
+15V_LS
160V
C113:A
4700U
160V
C117:A
4700U
160V
C101:A
4700U
1/4W
22K
R176
.100V
C115
47P
+5V
WOOFGND
+5V
R187
1/4W
.
1M
4148
D41
BD139
Q9
6774
TO126
5.0W
12K
R104
.
250V
C88
4N7
F3
FUSEHOLDER
3414
250V
C87
4N7
F2
FUSEHOLDER
3414
BLK 2
W16:B
RED 2
W16:A
-130V
+130V
34 W15:C
14 W15:A
TO
POWER
AMP
+15V_LS
63V
C80
100N
TO92
MPSA13
Q3
5105
TO92
MPSA13
Q6
5105
K1:B
3722
6
W33:F 6
3
W33:C 6
R171
1/4W
MINI
3K3
U9
LM318
35V
C52
100U
6
W12:F 6
3
W12:C 6
1/4W
3K3
R173
MINI
1/4W
3K3
R172
MINI
250V
C38
100N
R167
1/4W
RAD
10K
8
V+
4V-
U8:C
250V
C70
100N
R67
1/4W
.
3K6
250V
C71
680N
250V
C89
4N7
R169
1/8W
FLMP
10R0
250V
C96
4N7
PSGND
63V
C135
4U7
63V
470U
C111
35V
C95
1000U
4007
D54
50V
C15
100N
-130V
1/4W
22K
R144
.
1/4W
4K7
R177
.
1/4W
47K
R185
MINI
25V
C91
100U
NTC
10K
R191
6619
-130V
1/4W
22K
R143
.
1/4W
2K21
R110
.
5.0W
22R
R69
.
9IN 8
OUT
U26:D
74HC14N
6603
63V
C63
100N
FAN
FAN1
FAN
GND-TRI
GND-TRI
TRI-WAV
120V NA
-15V
+15V_U21
L7
3818
W7:A2 1W9:A4
1
W14:A 8
2
W14:B 8
3
W14:C 8
4
W14:D 8
5
W14:E 8
6
W14:F 8
1/4W
1K2
R174
MINI
TRIANGLE
OSCILATOR
SEE AMP.
SCHEMATIC U8:A
MC33078P
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
1/4W
10R
R66
FUSIBLE
1N5244B
ZD11
0W5
14V0
1N5242B
ZD12
0W5
12V0
BLU
BLK
ORN
CH1406U
4
W34:D 6
5
W34:E 6
PIN 9
1
W34:A 6
2
W34:B 6
2.7mH
L5 6500
DPDT3
3W5:C3
2W5:B3
S4
DPDT Switch
POWER SUPPLY
Circuit Breaker
-15V_U21
1/4W
3K6
R64
.
+15V_U21 +15V
CIRCUIT
ON AMP PCB
L8
3818
4007
D60
4007
D59
63V
C109
100N
MALE 9 PIN CONNECTOR FOR
TRANSFORMER SECONDARYS
250V
C121
4N7 1N750ARL
ZD14
0W5
4V7 63V
C119
4U7
CHASSISSCREW
R141
1/4W
.
4K7
1/4W
1M
R140
RAD
R59
1/4W
MINI
10K
PSGND
R178
1/8W
FLMP
10R0
TO92
MPSA13
Q11
5105
+15V
160V
C104:A
4700U
20A
SIPBRIDGE
SPACER GROUND HERE
5.0W
12K
R103
.
100V
C118
47P MAKE
SURE
-130V
SEPARATE
714
1N5262B
ZD13
0W5
51V0
4
3
FOD816
U32:B
2306 Q7
5108
2N5401
TO92
R203
1/4W
.
2K21
1IN 2
OUT
U26:A
74HC14N
6603
3W9:C4
4W9:D4
7
W14:G 8
8
W14:H 8
1/4W
2K7
R131
RAD
U8:B
MC33078P
1/4W
10K
R62
MINI
250V
C106
680N
GRY RED YEL RED_ GRY_
CH1406U
6
W34:F 6
3
W34:C 6
2.0W
3R9
R61
.
1500UH
L63817
2
+
3
-
4V- 8
V+
5BAL
1GND
7OUT
6
STROBE
LM311
U21
6640
63V
C116
100N
3722
K1:A
250V
C122
4N7
TO DRIVER
CHIP REGULATORS
R179
1/8W
FLMP
10R0
W7:B2
11 IN 10
OUT
U26:E
74HC14N
6603
13 IN 12
OUT
U26:F
74HC14N
6603
WOOFGND
BRIDGE
D1
SIP
6772
63V
4U7
C110
2W9:B4
5IN 6
OUT
U26:C
74HC14N
6603
CIRCUIT
ON AMP PCB
WHT
BLK/YEL
BRN
CH1406U
FEMALE CONNECTOR
VIEWED FROM WIRE SIDE
PCB MALE CONNECTORS
3IN 4
OUT
U26:B
74HC14N
6603
VIO VIO_
ON AMP PCB

VCD
P1
DNS
P3
DNS
P2
DNS
DNS
BEND U29 AND Q19 AND RTV SEE LAYOUT DOCUMENTATION
V
T
R
T
RVV
T
R
V
T
R
V
T
R
RT
V
V
T
R
V
T
R
RT
V
V
T
R
RT
V
V
T
R
RT
V
T
RV
V
T
R
V
T
R
V
T
R
V
T
R
V
T
R
V
T
R
V
T
R
RT
V
E B
C
1 2
V
T
R
V
T
RV
T
R
V
T
R
V
T
R
V
T
R
RT
V
V
T
R
RT
V
V
T
RV
T
R
V
T
R
V
T
R
RT
V
V
T
R
RT
V
V
T
R
RT
V
V
T
R
V
T
R
V
T
R
V
T
R
RT
V
V
T
RV
T
R
NOL NOR
CL CR
NCL NCR
V
T
R
RT
V
V
T
R
V
T
R
RT
V
RT
V
V
T
R
RT
V
RT
V
RT
V
V
T
R
RT
V
TIP
RING-SW
TIP-SW
SLEEVE
RING
V
T
R
RT
VRT V
RT
V
V
T
R
RT
V
RT
V
12
10K
8
1
V
T
R
RT
V
V
T
R
RT
V
V
T
R
TIP
RING-SW
TIP-SW
SLEEVE
RING
81
DNS
V
T
R
5R0
12
3
C2
-
C1
+
NO
NC
21
3
8
1
LS2100P
BlankSize - 17000x11125
.
.
.
.
.
Function
5220
5242
3818 3818
6774
4056
2306
5220
6451
6451
64006405
3522 4063
2307 2307
5220
2307
6435
4146
5266
6408
6451
5242
2339
6451
6451
4010
5266
4147 4147
6543
5953 5953
3414
5220
3538
4660
4660
2305
4056
6619
2328
5635
2305
6451
3414
5621
6856
4063
3538
4709
3538
5953
2307
3692 6856
3538
3583
3692
6856
6489
3817
4147
5857 5857
6500
6451
4100
5621
4768
2340 2339
3722
6857
5953
6497
4768
6497 5857 5857
5954
5953
3538
4010
2328
4145
6772
1M
100N
100N
100R0
220R
4K7
2K21
10R0
4K7
10R0 100N
1M
22R
9K76 1.0W
1N
1K5
1.0W 9K76
4148
17K40
47K
68N
1M
4007 4007
220P
100K
UF4004
10K
220R
10R
1K5 1N
100N
10K
4148
220K
22K
22K
51V0
220N
100N
330K
10K0 10K0 10K0
3R9
2.0W
4007
250V 100N
4007 1K5
2K21
22K
4148
470N 470N
2.0W
3R9 10N
2.0W
3R9
2.0W
3R9
14V0
10R
3K6
4148
2K7
3K6
10R0
4148
36V0
100N
2.0W
2R
3K3
3K3
10K
10R0
180K
18V0100N
22R
150P
BAT85
BAV21
1K5
100N
100N
1N5
4K7
10R0
100N
18V0
18V0
180K 1U
10R
22R
100U
16V
36V0
100N
22U
50V
150P
1U
63V
220N
470N
681R0
9K76
113K
27K
4148
100N
4148
10K
10K
1K
12K
4148
6K8
470N
100N
100N
15K
15K
220R
10R0
2K7
LM311
100N
BD139
TO126
22U
50V
33R
2.0W
22U
50V
2R2
470P
LM318
1K2
100N
2N5401
BAV21
1K5
100N
18V0
10R
18V0
BAT85
100N
4K7
74HC14N
18uH
100N
2.0W
2R 2R
2.0W
4K7
LM311
47R
1M
1N5
15P
7K96
4U7
63V
4K7
FOD816
2R
2.0W
2R
2.0W
BC550C
22K 100N
1M
2N5401
10R
BAT85
BAT85
100P
33K
100N
1K5
22K
47P
18V0
100N
22U
50V
1N
100P
2R2
100N 100N
100N
4N7
250V
100N
250V
4N7
100N
10N
1K8
2.0W
1M
470P
YEL
RED
TL072
17K40
681R0
Alternate
WHT
100N
9K76
2K21
470N
2K7
4148
4K7
14K0
TL072
100N
22K
TL072
4148
4K12
10K
1M
4007
4K12
2R2
TL072
100N
18K
220N
15K
TL072
150N
4K12
4007 4007
100N
4U7
63V
4007
18uH
100K
220K
100K
47K
47K
220P
12V0
MPSA13
UF4004
UF4004
MPSA13
LM13600N
22M
100N
MPSA13
100U
25V
1K2
10R0
3K3
22R
47P
100N 100N
2N5401
MC78L05ABPRM
100N
IRGP35B60PDPBF
100N
220N
4K7
4V7
BAT85
10R0
IRGP35B60PDPBF
1N
74HC14N
IRGP35B60PDPBF
10K0
220N
4007
275V 22N
4007 4007
680N
250V
MPSA06
GRN
100N
4N7250V
250V 100N
B
10K
50V
22U
4N7
250V
250V4N7
2N5551 2N5551
4148
250V
680N
2.0W
3R9
2.0W
3R9
330N
100N
4U7
63V
PTC
4007
10R
35V
100U
2N5401
3U3
250V 250V
3U3
10P
10K
4148
10K0
4148
150K0
1/2W
1K5
100N
2K21
1M
1M
1R
1/2W
100N
22K
1N
1K 100N
470R
2K05
100K
7K96
1R
1/2W
100N
4148
2R
2.0W
2R
2.0W
1K5
33K
100N
4148
18V0
4148
47K
47K
470R
681R0
47K
68N
2M2
4148
4148 1K
4K7
1M 10K
1K
4148
30K
220R
3K3
47K
47K
10K
4148
1N5
5K1
10K0
100N
100N
MC33078P
1M
100N 18uH
47K
5.0W
0R047
5.0W
0R047
1U
UF4004
1U
63V
1K5
1U
400V
Zinc
10K0
10M
LM13600N
47K
3K74
LM6172
2N5401
MC33078P
100N
220R
35V
1000U
4U7
63V
UF4004
2.0W 33R
1U
400V
MPSA13
9K76 1.0W
270K
18V0
4N7
250V
4007
63V
470U
470P
2R2
100K
1.0W
9K76
TL072
47K
100N
100N
2K05
NE5532N
619K
2K7
TL072
1K
470K
10K
TL072
220K
470N
68K
2K87 10K
100U
35V
UF4004
NJM7815FA
TO220
1N
TL072
MC33078P
22R
5.0W
2.0W
2R
100N
3U3
250V
IRGP35B60PDPBF
0.4"Fins
TO220
NJM7815FA
IRS2184
6K8 15N
150K0
1/2W
100N
10K0
0.4"Fins
TO220
NJM7815FA
IRS2184
1500UH
4700U
160V 4700U
160V
2.7mH
1U
680N
4N7
250V
63V
470U
12K
5.0W
R/A
20K
B
10K
100N
50V
22U
RELAY 1A
NJM7915FA
TO220
3U3
250V
304UH
12K
5.0W
304UH
4700U
160V
4700U
160V
4K99
4148
4148
18uH
3U3
400V
4K99
Zinc
18uH
18uH
3U3
250V
Body
BRIDGE
2014
C
V08
C
2014
V08 3/3
Yorkville
245V EURO
120V N.A.
230V EURO
BEND
BEND
+5V SUPPLY
CURRENT LIMIT
1/3
Yorkville
Yorkville
2014
TRIANGLE OSCILLATOR
C
2/3
BlankSize - 17000x11125
NOTE SYMBOL = GROUND MERGE
BE CAREFULL IF DOING ANY CHANGES
V08 LS2100P/NS21P
M1375
TEMP CNTRL FAN
LEVEL LIMIT
V08M1375
M1375
LS2100P/NS21P
M1375
LS2100P/NS21P
R57
C140
C137
R37
R200
R141
R203
R125
R177
R124
C55
R52
R51
R180
C3
R25
R181
D40
R5
R89
C14
R128
D13 D56
C93
R13
D30
R62 X3
X2
R8
R44
R133
C85
C53
R59
D50
R146
R143
R144
ZD13
C73
C68
R149
R155 R154
R71
R197
D60
C38
D57
R164
L7 L8
R118
R90
D24
C11 C12
R163
C6
R99
R61
ZD11
R66
R67
D37
R130
R64
R170
D41
ZD3
C33 R161
R172
R173
R167
R179
R41
ZD5
C24
R38
C65
D19
D38
R134
C61
C30
C133
R105
R102
C19
ZD7
ZD9
R43
C27
R193
R195
C75
ZD10
C26
C98
C79
C28
C10
C17
R42
R6
R31
R114
D15
C36
D47
R142
R127
R1
R97
D7
R95
C51
C127
C126
R49
R55
R14
R169
R131
U21
C62
Q9
W7
C97
R135
C112
R53
C64
U9
R174
C80
Q18
D28
R70
C138
ZD6
R192
ZD4
D42
C67
R12
U20
R22
C60
R188
R186
R87
U10
R109
R108
C41
C78R81
C135
R139
U32
R190 R189
Q10
R150
C56
R140
Q7
R54
D44
D26
C8
R147
C58
R132
R176
C115
ZD8
C99
C123
C82
C77
R138
C46 C47
C15
C96
C5
C89
C63
C90
R202
R47
C1
LD2
LD3
CAUTION!
Replace with same
type and value fuse.
12A SB
U19
R107
R21
S1
C129
R2
R201
C49
R3
D5
R111
R83
U40
C124
R91
U27
D46
R88
R126
R159
D29
R98
R106
U18
C48
R96
C13
R35
U6
C40
R34
D58
D55
C109 C103
D12
R204
J7
R9 R16
R36
R17
R15
C94
ZD12
Q6
D32
D22
Q3
U15
R48
C66
Q11
C91
R160
R178
R171
R50
C118
C107C100
Q19
U29
C59
Q14
C54
C72
R76
ZD14
D8
R101
Q24
C86
U26
Q23
R156
C83
D59
C102
D54
D53
3
1
W5
C106
Q2
LD1
C131
C84
C70
P1
C18
C121 C122
Q4Q5
D6
J2
C71
R162R100
1
6
W12
C50
1
6
W33
C116
C110
X8
D14
R65
C92
Q1
C22
C44
F3
C32
R148
D36
R157
D34
R78
R63
C45
R110
R199
R187
R46
C34
R175
C81
R145 C139
R75
R79
R151
R80
R137
C29
D35
R184 R183
R113
R120
C74
D31
ZD2
D39
R93
R94
R27R30
R24
C39
R122
D4
D3 R4
R112
R68
R84
R123
D2
R33
R39
R32
R10
R11
R28
D9
C128
R166
R158
C76
C69
U8
R198
C42 R20
R185
W9
R60
R45
C25
D17
C35
R74
C108
W16
R191
R40 W8
R153
U23
R129
R72
U12
Q8
U24
C57
R152
C95
C119
LOC
BEC
D45 R136
C114
Q21
R117
R119
ZD1
C88
D52
F2
C105
C2
R26
R115
R165
U25
R92
C125
C37
R86
U5
R7
R116
U7
R19
R18
R23
U1
R56
C16
R85
R73 R121
C52
D25
U30
J3
C120
U4
U17
W10
R69
W3
R182
C23
C31
Q15
H1
U11
W15
U13
R77
C134
R82
C43
R168
W29
H2
U22
U14
R58
L6
1
6
W34
C113 C104
L5
C9
C136
C87
J1
C111
R103
P2 P3
C130 C21
K1
U31
C132
L1
R104
L2
C117 C101
R196
D11
D10
L10
CAUTION! Replace with same type and value fuse.
12A SB
C7
R29
L11
L12
C20
W14
J5
W1
3
1
9W6
D1

2. INSTALL YS#8937 TIE AROUND C104. SEE PIC.
SEE LAYOUT DIAGRAM
3. RTV ALL ELECTROLYTIC CAPACITORS.
V08 LS2100P
1. LEDS LD1, LD2, AND LD3 ARE TO BE HAND INSERTED.
M1375 PRODUCTION NOTES

LS2100P/NS21P
LEADS & PINS REFERENCE POTENTIOMETERS AND KNOBS
"STYLE_P34"
TO-220
OGI
NJM7815FA (YS#6856)
TO-220
OIG
NJM7915FA (YS#6857)
FOD816 (YS#2306)
BC550C (YS#5101)
TO-92
CBE
IRS21844PBF (YS#6586) 74HC14N (YS#6603)
TO-92
EBC
MPSA13 (YS#5105)
MPSA06 (YS#5103)
2N5551 (YS#5107)
2N5401 (YS#5108)
FUNCTION KNOBREF
MODEL(S):-
PART# STYLE
M1375
LS2100P
8653
8653 P342339LEVELP1
8653
P34
P34
SHAPE
ROLLOFF
P2
P3
2340
2339
LM311 (YS#6640)LM318 (YS#6542)
11
8
5
2
12
9
6
13
10
7
3
4
1
D
D
D
16-JUN-2015
V
V
V
.
N
N
N
PC8811: Add NS21P product used on. GG
D
D
D
D
D
D
14-JAN-2015
V
V
V
V
V
V
V07
N
N
N
N
N
N
PC#8734:D12 and D14 added to U30,U31 regulators.
17-JAN-2017 PC8988: Change C81, C82, C85, and C86 to 1N YS#5220.
19-JAN-2017 V08 PC8988: Implemented on board
LM13600N (YS#6745)
MC78L05ACP (YS#6728)
TO-92
OG I
TO-247
CGE
IRGP35B60PDPBF (YS#2307)
TL072CP (YS#6882)
MC33078P (YS#6840)
LM6172IN (YS#2318)
NE5532N (YS#6884)
12
9
6
3
#
13
11
10
5
4
8
7
2
1
DATE
MODEL(S):-
VER# DESCRIPTION OF CHANGE
17-DEC-2014
11-DEC-2013
.
.
V06
.
.
PC8734 - Add 2 diodes (YS#6438) in location
PC8441 - Changed footprint for J1 to YS#4100. - ML
.
REMOVED PCB FROM X8010, CHANGED TO M1375
15-JULY-2014
.
04-JUL-2013
02-FEB-11
06-MAY-2010
24-JUN-10
28-APR-2009
28-OCT-2009
V06
.
.
V05
3.00
4.00
1.00
2.00
PC#8674 GROUNDING HOLE PATTERN MODIFIED.
T0126 AND T0220 TRANSISTOR PADS UPDATED.
shown on bottom of board.
PC#
Increased Hole sizes: T0220 packages and 156 spacing Molex
PC8198: DNS 245V CONN, ADD FUSE VALUES GG
PC8545: Moved vias from under resistors. - ML
ADDED D41 IN SERIES WITH PIN 1 OF Q9
RELEASED FOR PRODUCTION
M1375

V2.00M1375
V2.00Bottom M1375
2 oz copper
BlankSize - 17000x11125

11 11
10 10
9 9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
Q
Q
of
Filename:
PCB# Sheet 11
Product
Date: Rev: YsType:YsType
M1373V300sch.sch2002
M1373
Wed Nov 10, 2010
Sheet1
V03
CROW BAR/FILTER
of
Filename:
PCB# Sheet 11
Product
Date: Rev: YsType:YsType
M1373V300sch.sch2002
M1373
Wed Nov 10, 2010
Sheet1
V03
CROW BAR/FILTER
2
W6:B 4 C6
250V10N
BLACK
1
W6:A 4
4
W6:D 4
3
W6:C 4
400V
C4
1N
1W5:A4
2W5:B4 RED
C5
250V10N
FROM AMP
2.7mH
L36500
275V
C2
1u0
BLACK
4W5:D4
RED
100V
C3
10N
4080
2.0UH
L2
4080
2.0UH
L1
3W5:C4
TO SPEAKER +
TO SPEAKER -
13
10
7
4
1
9
11
12
8
#
2
3
5
6
VER#
MODEL(S):-
DATE DESCRIPTION OF CHANGE
V
V
V
V
V
V
V
V
V
V
D
D
D
D
N
N
N
N
D
D
D
D
D
D
N
N
N
N
N
N
M1373PCB_DATABASE_HISTORY
07-JAN-2009 1.00 FIRST DESIGN
CROW BAR
09-FEB-2010 3.00 PC7993: Reduce panel to 3x5 boards
14DEC09 2.00 PC#7925 CHANGE L4, L5 FROM YS#3769 TO YS#4080

VCD
CLINCH
ORIGIN
SHORT AXIS
ORIGIN
LONG AXIS
INSERT Pcb Mech M1373
BlankSize - 15500x7000
StepAndRepeat - X5@2900Y3@2000
2ozCopper
V3.00
2ozCopper Top Assy V3.00
V3.00
M1373
SEE LAYOUT DOCUMENTATION
M1373
V
T
R
V
T
R
V
T
R
6500
4080
5834 5834
3538
3538
5262
4080
2.7mH
2.0UH
10N 10N
1N
10N
275V
1u0
2.0UH
V3.00M1373
EMC FILTER
Into Wave
L3
L2
C5
C6
C4C3
W6 W5
C2
L1
LOC
BEC

SEE LAYOUT DIAGRAM
V3.00M1373 PRODUCTION NOTES
12
9
6
3
#
13
11
10
5
4
8
7
2
1
DATE
MODEL(S):-
VER# DESCRIPTION OF CHANGE
D
D
D
V
V
V
N
N
N
D
D
D
D
D
D
D
V
V
V
V
V
V
V
1.00
N
N
N
N
N
N
N
FIRST DESIGN
CROW BAR
M1373PCB_DATABASE_HISTORY
07-JAN-2009
14DEC09 2.00 PC#7925 CHANGE L4, L5 FROM YS#3769 TO YS#4080
09-FEB-2010 3.00 PC7993: Reduce panel to 3x5 boards

Yorkville Sound
550 Granite Court
Pickering, Ontario
Canada L1W 3Y8
Auto Attend: [phone] Fax: [phone] www.yorkville.com