LFM-39A

WOW & FLTTER METER

SERVICE MANUAL

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uness quaified to dO so.

2nd editiOn May., 199o

CONTENTS

2.

1` SPECIFICATONS

TEST EQUIPMEWT REQUIRED

2-1

3-13-13-3-23-23-23-23-23-33-33-33-33-43-43-43-43-53-53-63-63-63-73-73-73-73-8

4-14-14-4-34-44-44-4

3. CALIBRATION PROCEDURE..3.l Gelleral........3.2 Adustlent of Meter Mechanical zero...,,....3.3 1nitia cOntrol settings........,,3.4 Power suppy.........,,,3.5 1nput section........(1) Sensitivity......

Frequency Range......Drift Meter......IS......,,DIN..,1......,,,TO SCOPE Output,..,.....WOW & Futter Meter.........,,..,..IS....... WTD...... .W a F.. ., ,,,WOW.......,Plutter. .......CCIR.....Sensitivity.........`,Dynmc Respse........,Frequency RespOnse........DIN.....,....Ful Scale:....,.,FrequeBtlcy Response,.......Recorder Output....,..

4. TROUBLESE00TINC PROCEDURE.....4.l Genera...,

Theory of operation.Trobleshooting Ad.Overal peration.Drift MeterWOW & Futter Meter

(23.6(1(2

3.73.3(1

a ,

b,C .

d.(2)

a .

b.C .

(3)a .

b.3.9

4.24.3(1(2(3

?ADJUSTMENTTop view.

LOCAT10NS....

6. PRINTEDT-1295T-2340

CIRCUIT BoARDMa Board.Fiter Board,....

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??????????

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: Japanese ndustrial standard

, 1-

39A

7. BLOCK DIAGRAM/SCHEMATIC DIAGRAM......... 7-1Block Diagrm......... 7-1Main CIrcuit,........ 7-2Weighting Filter.....` 7-3

8, CABINET REMOVAL.,... 8-1

9. PARTS LIST....... 9~1

-2-

39A

1. SPECIFICAT10HS

InPut frcquencJIS,CCIR . .. 3kHzlo7DIN . . 3.15kHzlo%

inPtt Vatt range . . 15mv t10vrntlnPut HPCdanc ....,. OVer 3001DriFt mcasuremcnt

Rangc 5%Accuracy .... . .. ,,Wihin is%f Fdl sce

Wow tt FlutteF mCaSurementRange . 5rgcs:00370,0.1%,03 1%and 3%

_ Accuracy ., ... thin5%of ftt scaleWow&Flutter frequency charactctttics

W arF JIS . ,05 to 200Hz3dBldB)CCIR . 03 to 200Hz3dBldB)DIN 0.3 to 300Hz3dBld3)

Weightc . . ... In accordanccth JIS,CCIR and DNSPCCincations

~ WOW JIS ..` . t 0.5to 6Hz3dBldBjCCI DIN . . 3to 6Hz3dBld

FlutteF JIS,CCIR . 6t0200Hz3tlBldB)DIN . :6 to 390Hz3dB]dB)

Indiattg systm

JIS ..... lndicajon by EffectvalucCClR,DIN ... ndican by PcaktOPeak Vu

~

Dynarnic charattettScs

DIN .. .

OutPuC terminal

RccordhPlabackst signal outPutosciuator freluenCy .., ...OutPut voitage . . ...OutPutimPcdancc .. .Distortlon . .....,

(OutPut of3,15kH'is oPc86nal)Recorder Output

OutPuloltage ... ... .OutPut unPedance . .. .,.

To scoPc tettnlnalOucPut vOltagc .

OucPutimpcdanc ... ,

Ambnt oPera temperature . ~ Anbint oPerahuPowcrsuPPly .

Sizc and wcithl . . ,

J:S :Tinc lqdrcd to rcach 95oFthc readhgwheni PCi hPutis aPPlied fOr a maximum reahg of

10% .....3.5cl sec

CCiR ....t..... ln accordancc uth ccIR sPcaFlcans. 1accordancc with DIN sPecttncations

,3kH0.0'%.OBVrrns107c.Lcssthn 3knLess than 2%

lVz at metersce. 2k2

:N,mmc=, 2L207p

. 0C to 40C

. T,tc than 85% 100Vlo 5060H2(changeablt120,200Vo240V by swiching over thtransfOrncFtap)15VA

250(W)x150(H)x250(D)mm,4 5kg

1-

1

39A

The following test equipnent is required for calibratiOn andservicing of the Model LFM-39A. The siggested specificationsare the ninilll11 neCessary for proper calibratiOn of thisnstrlhent.

Test

Mut illleter

- Oscoscope

Audio Generator

AC MivotHLet er

FrequencY COunter

Wow & Futter calibrator

TEST EQUIPMENT REQUIRED

MinillLuun fications

AccuracY:LEADER

CALIBRAT10N PROCEDURE

3.1

WARNING Eectrca shock hazards exst insde thisinstruHLent when covers are renoved.

3.2 Adjustient of Meter Mechanical zr. |Turn the instF'ent off and alow 30 second for alcapactors discharge.

Rotate zero adustllLent SCrew cockwseso that the ponter indicates exactlyupper scale.

After ponter s exactY at zero pontsIghty Opposite direct iO to releaseslspenson.

If the llleter face plate hasstatic agent.

?

GeneralCalibration shOud be perforllled after a 30 1Linute warupperiod. It shOud alsO be cOnfirned that the unit isconnected to the rated power ine vltage.

All aduStlllents should be colllpleted in the given orderibecause sollle adjusthents interact with others.

During the adjustment procedurer retILove the Case ollly whennecessary and repace inmediateY after ttaking anaduStElent. This wil lllaintain a circuits at cost antoperating telllperature.

Keep a cOnnecting wires as short as Possibe tb avoid pickup a noise frofllL the StraY AC field,

When conecting th oscIOscOpe to the test point, use owcapacitance probe.

or collntercockwiseeft end of the

r rotat the screwtension of tllleter

static charger relove it by anti

3-139A

3.3 1nitial Control SettingSThe initial control settings to be used for each check andadjustent are listed below. Any variations frolIL thesesettings are stated in the appIcabe procedure.

O ADWOW & FLUTTERMODEFUNCT10N

Centerl%W & FIS

3.4 PoweT SuppY Connect the DC voltllleter between test pont and chasss.

Adust aS required, using the adjustllLent according toTable 3-1.

Test point Votage Adjustlllent

3.5 1nput Section(1) Sensitivity Connect the audio gerator to INPUT terttina and set thefrequency to 3kHz, output Vltage for 131EVrttS,

Adjust VR l, INPUT SEIS for a llLonitor anp juSt ghts 6n .

TP8TP9

(2) Frequency Range Seti INDICATON

15V VR18, +15V AD-15V VR19, -15V AD

Table 3-1

IS

Connect the audio generator to NPUT terlllinal and set theflrequencY i0 3kHz, 9utplt votage for lVrBIls,

CoIInect the osciloscope tO pin 3 of IC3.

Adust VR2 FREQ RANGE for a duty ratio of l,1.

3-239A

3.6 Drift Meter(1) IS Seti INDICAT10N IS

O AD Cnter

~ ::ic;h 2 tg:N::i i:la. and set tle AdJust VR4 IS DRIFT CTR for a llleter reading Of o%.

Set the generator frequency t 3.150kHz. Adjust vR5 r IS DR IFT FS for a eter reading of +5% .

T Set the generator frequency t0 2.850kHzt

Adust VR22, JIs DRIFT FS fOr llleter reading oi 5%.

NOTE Do not rOtate the VR22 to flly cOunte=cckwisepostiOn.Repeat above adJusttlllent as needed. It BILaY benecessary to cOttprOELiSe fOr best caibration accuracY

) DIN Set: IHDICAT10N DIN

O ADJ Center Connect the audio gener]3utv:3e :IIL]! et thefleqlency t0 3.150kHz, c_ Adjust vR3 DIN DRIFT CTR for a lleter reading Of o%!

3.7 To scoPE Output Set: INDICAT10N ISWOW & FLUTTER l%

Connect the wOw & futter caibrator to INPuT tcrallina andset the contrOs as flows,STANDARD ISWAVEFORM sineFREQUENCY 10HzW & F % 1%

3-339A

Connect the AC llLillivoltlleter llLOnitOred by theoscioscope to TO SCOPE ter3ina on the rear pane.

Adjust VR3 TO SCOPE for a voltage reading of iVrELS.

The wavefortt should ttot be distorted.

3.8 Wow & Flutter Meter() IS Set i INDICAT10N

WOW & FLUTTERISl%

Connect the wow & futter caibrator to NPUT terinaset the controls as foows,

and

STANDARDWAVEFORMFREQUENCYW & F %

JISSine4Hzl%

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MODEWTD(rear pane)

Adjust VR15, IS for a neter

WTDCenter

reading of 1,0%.

to Table 3-2 Check the frequencY response according

FrequencY Meter indication0.5Hz

4Hz20Hz100Hz200Hz

0,224% to O.335%1.0%(Reference)0.422% to O.631%0.03% to 0 25%0.045% to O,126%

Tabe 3-2

b. W & F Seti 39A

MODE

W & F CaibratorFREQUENCY

W & F

4Hz

3-439A

Adjust VR201r W & F on the rear panel for a llleter readingof l.0%.

Set the caibrator frequency to 200Hz.

AdJust VR7, JIS 200Hz for a neter reading of o7%.

Set the caibrator frequency to O.5Hz.

Adjust VR 21r IS O .5Hz fOr a BILaX iIILRlm llLeter indication ofO,7%.

NOTE Adjust VR9 as neededo Refer to step (2) c" .

W & F CaibratorFREQUENCY l.5Hz

Adjust VR2031 WOW on the rear panel for a axiELun pOinterindication of l.o%.

Change the caibrator frequellcy to 6Hz.

The llleter indication shoud be between O.65% and O,75%.

c. WOW Seti 39A

MODE

d. FLUTTER Seti 39A

MODE

WOW

FLUTTER

W & F CaibratorFREQUENCY 40Hz

Adjust VR204r FLUTTER on the rear pane for a eter readingof l.0%.

Change the caibrator frequencY t0 6Hz.

The llleter indication should be between O.65% and O.75%.

3-539A

(2) CCR Seti WOW & FLUTTER %

_ IHDICAT=ON CCIR

Connect the wow & futter caibrator to INPUT terinal andset the controls as foows.

STANDARD CCIRWAVEFORM SineFREQUENCY 4HzW & F % 1%

a, sensitivity Seti MODE

Connect the oscioscope to pin 6 of IC7. Use dc coupedlllode.

Adust VRll, CCIR for an alllplitude of 10vpp.

b. Dynalllic Response Seti MODE WTD

W & F CaibratorWAVEFORM tt PULSE 1 011LS

Adjust VR12 CCIR 10Bs for a lllaxIllutEll llleter indicat ionof l.0%.

Sett W & F CaibratorWAVEPORM tt PuLSE 1 0 0111s

Adjust VR 13 , CCIR 10011Ls MIN for a lLinilllullI Ileter lindicationof O.4%.

Sett W & F CabratorWAVEFORM + PuLSE 1 0 011Ls

Adust VR14 CCIR 100s MAX for a axitIEullL Illeter indicat iOnof l,o%.

Chec( the dynallLit response according tO Table 3-4,

NOTE Maintain the WO & FLUTTER switch at % while anadjusthent,Repeat above adustllLent if necessary. It BILay becomprollLSe tO Obtan a cOrrect iIIdication.

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3-639A

PULSE Min indication Max indication1 0 0tllls6 01ES3 0HLs10s

0 . t0 0.4 0.96% to l.o4%0.34% to o,96%0.56% to o.6a%0.18% to o,24%

Tabe 3-4

C, FreqlencY RespOnse Seti 39A

MODE W & F

W & F CaibratorFREQUENCY o.3Hz

Adjust vR9 , CCIR O .3Hz so that thebetween o.67% and O,73%.

NOTE Adust VR21 as needed. Refer

axllulL IIleter reading is

to step (1) a[1.

(3) DIN Seti 39A

WOW & FLUTTERINDICATIONMODE

W & F CaibratorSTANDARDWAVEFORMFREQUENCYW & F %

a. Full Scae Adust VR20, DIN for a llleter reading of l.o%.

b. Frequency RespOnse Set: W & F Caibrator

FREQUENCY 300Hz

Adust VR6, DIN 300Hz for a eter reading Of o.7%.

1%DINW &

DINSine4zl%

3-79A

3.9 Recorder Output Set: MODE W tt F

IHDICAT10N IS

Connect the wow & flutter caibrator to INPUT terllLinal andset the contros as folows.

STANDARD ISFREQUNCY 4HzWAVEFORM SineW & F % 1%

Gonnect the DC voltlneter to RECORDER teruLnal on the rearpane.

djust VR17, RECORDER OUT for a llleter reading of lVdc.

3_339A

4. TROUBLESH00TING PROCEDURE

4,l GeneraConfirn that the any equiplllent used with the Model LFM-39Ais operating correctly.

Check al contro settIlgs because an incorrect setting canlnake a good unt appeal defective. If there s anY questionabout the functiOn refer to the lnstruction Manual for acorrect Operation.

Check a circuit for visua defects such as brokeIICOELpOnent , 0se connection r Open w re r poOr sOderng r etc .

SoHle troubes can be soved with proper adjustlnent.

Check the votage and waveforlll as shown in the schelllaticdiagrallL to locate the defective crcut. start wth the

_ power suppy.

WARNING Eectrica shock hazards exist inside thisnstrullent when covers are rellloved.

4.2 Theory of operationWow & Futter is a frequency llloduated signa which isgeneratd by the nOunifolIn tape speed of the recordingdevice. In theory a wOw & Futter Meter is si, to a FMreceiver. Refer to Figure 4-lr SillLPfied bock diagrallL.

Wow & Futter Meters neasure tape speed by detecting thedeviation oft the prerecorded test tone freqtlency(31kHz,3,15kHz for DIN.

The wow & Futter Meter easures deviation frollL 3kHz andexpresses t as a percentage as foowsi

% Error = f/Pcwherei f=deviation froHL the center frequency

Fc=center frequencY

4-139A

FU rrFR

,F

Figure 4-1

The input signa is connected to the lillLiter which reovesto affect of AM cotlllponent, The discrallnator detects the FMCOIlbponent s fro the carrier on center frequency of 3kHz(3.15kHz for DIN). The detected signa is thelll applied to afiter with the folowing characteristics.

W & F atWOW : Low pass fterFlutteri IIgh pass fteIWTD i Weighting curve

The signa Is then apped to a highgain feedbackstabiized amplifier which increases the signa fOr theEletering circuits. The llletering bridge converts theAmplified AC signa to DC to drive the BILeter tllLovelllent. Thellletering circuit has the f01Owing respOnse characteristicsi

True rllLs indiCatiOn : IsPeakitopeak indicationi ccIR, DIN

The signa used to eaSure drift is detectedof the IEiter and the appied to the driftSignal is compared tO an interna referencndicated as a percelltage above or beow thefrequency.

at the outputlllet er. Thissigna which isrefOrence i

4-239A

ER

4.3 Troubleshooting Aid

WARNING Electrical shock hazards exist inside thisnstrunent when covers are rell10ved.

(1) OVera operation is not satisfactory.3. CheCk the following points. Line fuse.

0.5A norlabow fuse for 00V to 120V 9peratio.0.3 15A norlllabow fuse for 200V to 240V opPration.CAUTON Use specifies Fuse ony. Rfer lo Section9, Parts ist.

Secondary votage of the power transforlller,

b. Power SuppyCheck that the power suppY VOtage is within toleranceaccording tO Table 4-1.

Test int Vo usttrllentTP3TP9

+15V5V

VR18 +15V ADVR19 -15V AD

Tabe 4-1

Yes= Proceed to step "(2)! dri ft llleter.Nol Troubeshoot reguated Powr suppy.

15V: D28-D31r Q42-Q46 associated circuit.-15V: D28-D3 Q47-Q51 associated circuit,

(2) No Drift ELater response to input signa Connect the adio generaoF tO INPUT trina and set thefrequency t 3kHz(3.15kHz for DIN), output vtage forlVrIIs.Check waveforn at ettitter of oll for 3kHz(3.1 5kttz)Stllarewave .Yosi Check waVeforJn at pin 10 of lc2 for 3kHzt3.15kHz)

square wave.Yes Troubleshoot ILetelng crcuit.No Troubleshoot gater 3kHz(3.15kHz) oSCiator and

assocated crcut,Ho Troubeshoot illlpedance converter, llliter and

associated circuit.

4-339A

(3) No Wow llleter resPonse to input sighaConfirln that the Drift llLater function works proper befOreproceed to tlPOubleshooting the Wow & futter eter sectiOn.

Set: wow tt FLUTTER l%MODE w & FINDICAT10N Is

Connect the wow & flutter calibrator tO INPUT trltina andset the controls as fOows.

FUNCT10N w tt FSTANDARD IsFREQUENCY 4HzWAVEFORM sineW & F % 1%

ao Check 4z lVpp sine wave present at To scoPE teruLinal onthe rear pane.Yesi Check 4Hz sine wave present at pin 7 of IC6(pin 5 of

IC7 for DIN),Yes TrOubeshoot hetePing circt. The contact of

the IHDICAT10N switch shoud be checked.NO Troubleshoot weighting fiter= anpfier and

assocated crcut. The coItact of theINDICAT10N switch shoud be checked,

Noi Check waveforIL at coector of Q36 for 3kEz squarewave .

Yes Toubeshoot attenuator, w pass fiter andassociated circuit. The contact Of the WOW &FLUTTER sttitch sholld be checked. !

No PrOceed to step "b.

b. Check waveforllL at C01ectOr of Q24 for 3kHz sqllare wave.Yesi Troubleshoot iIItegrator, gate and assOciated circuit.Noi Check status at pin 4 of C3 for HI when the norllla

signa is applied.Yes Troubleshoct gate and assOciated circuit,No TFOubeshoot cotllHParator and assOcated crcut,

C. WOW i Flltter llleter needle swings even no input signa.TroubeshOot coELparator, gate and assocated crcut.

4439A

5. ADUSTMENT LOCAT10NS

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VR201W & F

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_ INPUT

FREQRANCEVR2

SENSITIVITYVRl

1V 15VVR19 VR1 8

VR204FLUTTER

VRl?RECORDEROUT

8:Hz ]IS

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VR3DIN

CENTER

VR4CENTER

VR225

VR15IS

VRllCCIR

VR20DIN

Front panel

VR6,00HzDIN

VR3 VR9 VR14 VRl, VR12TO SCOPE O,,Itz MAX MIN 10ma

~ 1003~

CCIR

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R203

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R2107.20,_______

R i C20

L _?????

T-2340AP

FIlter BoardT-2340

6-239

nu4n M0 O =H

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7-339A

Take

Take

six screws off

four screws Off

3. cABINET REMOVAL

to renove the Top and cover,

to reove the Bott and cOver.

3-139A

PARTS LIST

Ho Dtt PT N0 llESCIPT10N

EESISToRS18283811R1281381481581617]18819820R212282324825R26R27t28R29R30R31882133R34R35R36887R38R39R40R4184243844R45846R47R48R49E50851852853R54P55R5657R5859860R61862

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101010300610103340051010473009101068800010104710051010102004101015300110101530011010392009101068300010102220041010103006101068800o10104710051010102004101015300110108920091010153110110106830001010222004101010300610106830001010471005101022200410101020041010391oo71010102004101022200410104720071010472007101015300110107200710106880001010392003010222004010103006010103006010222004101015300110104780091010392009101022200410102220041010128002

01030060393001010300604?20070472007

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2.2 OHM4 7 01M4_7 OEM15 01M4 7 OIM68 OJM3.9R oEX2.2 OEM10 OHM10K OJM2.2 OEM15 01M47 olM3.9 o II M2_2( oJM2.2 olM12X OHM10 OHM39 OHM10 01x4 7 01M4 7( 01M68 01M6 8X 01M3 8 01M27R 01M27( oHM3 8 OHM

5 1/45 1/4W5% 1/4W5% 1/4W5% 1/4W5% 1/45 1/4W5 1/45 1/45X 1/45% ! 1/45% 1/45X 1/4W5 1/45% 1/4W5 1/45% 1/45 1/45% 1/45X 1/45% 1/45% 1/45X 1/45 1/4W5 1/45% 1/45X 1/4W5% 1/45 1/45 1/4W5X 1/4V5X 1/4W5 1/45X 1/45 1/4W5 1/4W5 1/4W5X 1/4W5X 1/4W5 1/45 1/45X 1/45% 1/4W5% 1/4W5% 1/4W5% 1/45 1/45% 1/45% 1/4W5X 1/4W5% 1/4W5% 1/4W5 1/45% 1/4W5% 1/4V

1010000

FILMFILMFILMFILM

FILMFILMPIM

FILMFIMFIMFIMFILMFIM

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9-139A

No Ll18 PT Ho DESCRIPT10N

R63864R65R66R67&68R69&7071R72R7374R75R76R77879880R81882R83R84R85R86878888990R91R92R93R94895R96R97R98R998100101R1028103R104R105R106R107R103R109&110811181121113R114811511181117Rl18Rl19R120

0102004012200001220000273001

lkl2R1 227lKlR27XllK22472 2X1 822R1 810R447150152 2K3 3R27R273.35_63_327273 810R3 33 33 3470

55%555X55X5X5X5X5X5X55X 55SI5l555X5XSX5SX55X51555%55%5555%5555%5X55X555%55355X5555

1/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/41/4W1/41/41/41/4W1/4W1/41/41/41/41/41/41/41/4/41/4

10101010101010101010101010101010101013101010101010101010101010101010101010101010

ILMILMILMIMILHILMILMIMILMILMILMILMILMILMILMLM

LMLMLM

LMLMLMLM

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1010200410102004102730011010200410102004102230061047300910222004101820081022300610182008

CARBOlt FCARBON FCAR80N FCARBON FCAR30H PCARBON FCARB8H FCARBON FCARBON_FCAR30N FCARBON FCARBON FCARBON FCA8BON FCARBON FCABON FCA&BON FCARBON FMETAL F[CARBON FCARBON FCARBON FCA&80N FCAIIBON FCARBON FCAIIBON FCARBON PCARBON FCARBON FCAttBON FCARBON FCARBON FCARBON FCARBON FCARBON FCAttBON PCARBON FCAR30N FCARBON FCA&80N FCARBON FCABON FCARBON PCA&BON FCARBON F

115020001022200410332001102730011027300110332001105620081033200110278001102730011033200110103006103320011033200110332001104710051047200?10103006101030061010300610471005104720o71033200110332001103320011047100510392009

4704 73 33 33 8R4703 9

20 0012 00K20 0015 3820 00K12 00X20 0010 00K

lR1810010X

ILMILMILMIMILMIMILMILMILMILMILMIMILMIMILMILMILIIMILMIMILMILMLMLMMLMLMLMLMLMILMILMILMILM

4 7000

000010131333333

130000

0_0,0.0000ll

/4/4/4/4/4

620000166120001862000016

META FMETAL FMETAL F

615380066200001661200018620000166100002910102004101830001010400810103006

METAL FIMETAl, FMETAL FMETAL FMETA CARBON FCARBON CAR30N FCARBON

1/4W1/4W1/4

9-239A

No, LDR PT No llCSCRIPT10N

&1218122123R124R125126128129&131R132R1338134&135136R137R138R139R140R141142R144R145R146R147R140150R151R152R1538154156R157R158R1601161162163R1648165R166R167R168&169170R17181?4R175R176177R178R17381808181R182183R184R185

10104730091010471005101039400310104710051010332001101010200410101030060101030060101030060104710050104?3009

010182008010224008010683000

10101230021010562008

CAR80N FILMCARBON FILMCARBON FILMCARBON FILM

5 1/45% 1/4W5% 1/4W5 1/4W5% 1/4W5% 1/4W5 1/4V5 1/4W5% 1/4W5 1/4W5% 1/4W5% 1/4W5% _ 1/4W5% 1/4V5% 14W5% 1/4W5 1/45% 1/4W

0 5% 1/40 5% 1/40 5X 1/4V5 1/475% 1/45 1/4W5 1/4W5 1/4W5% 1/4W5% 1/4W5 1/4W5% 1/4W5% 1/4W5% 1/45 1/4W5% 1/4 ff5% , 1/4W5% 1/45 1/45% 1/41f5% 1/4W5X 1/4W5% 1/4V5 1/45 1/4W

O.5% 1/4Wl% 1/4W5 1/4W5% 1/4W5% 1/4W5% 1/4W5% 1/4W5% 1/4W5% 1/4W5X 1/41V5% 1/45% 1/41f5% 1/4W5% 1/4W

CAR30N FILMCARBON FILMCARBON PIM

CARBON FIMCARBON FILM

CARBON PIMCAR30N FILM

?????????????????????????????????????????????????????????????????????????????????????????

????????????????????????????????????????????????????????????????

010562008019183000361000o38861000o381361000038101047200710102720091010183000101015100710108220081010222004101018200810104720071010102004101010200410104?200710101820081010222004101010200410101020041010102004101115620081010223006101033300310108330031010103006010103006361000029

CARBON PILllCARBON FILMCA&BON FILMCARBON FILMMETAL FILMMEA FILMMETAL FILHCARBON FILMCAttBON FILMCARBON FIMCAEBON ILMCAttBON FILMCAE80N FILMCARBON FILMCAIBON FIMC30N FIMCAR80N ILMCAR30H FILMCAttBOR FIMCA801t FILMCARBON FILMCARBON FILMCARBOH FLMCARBON FILMCARBOlt FILMCARBON FILMCAR80N FILMCAR80N FILMCARBON FILMMETAL FILHMETA PILMCARBON FILMCA880H FILMCAR80N FILM

CABON FIMCARBON FILMCAR80N FILM

CAEBON PILMCAR30N 11MCA80N FILMCAR30N FILM

315101006010562008010562008010183000010472007010472007010123002010472007010563000 CAR80N FIM

CR30N FILMCA880N FILMCARBON FILMCA880N FILM

010222004010122000010152009010103006

9-339A

N6 LDR PT Ro, DESCRIPT10H

201R202&2038204205820620?R20882092108211R212&10011148A148B8155AR155B

VARIABLEVRlVR2VR3VR4V5VR6V&7VR8VR9

1 V11VR12VR13VR14VR15V17VR18V19VR20!V21VR22V101V201V202VR203V1204

101056300010102730011010683000101015200010106830001010103006

CARBOR FILMCARBON FIMCA80N FIMCARBOF FILHCARBOI FIMCARBON FILMCARBON FILMCARBON FIL14CARBOR.FILMCARBON FILMCAR30N ILMCARBON FILMCARBON FILMCA&BOR FILHMETAL FILMCAR80N FILHCARBON FILH

META GAZEMETAL GLAZEMETAL GLAZEMETA GLAZEMETAL GLAZEMETAL CLAZEMETAL GLAZEMETAL 6LAZBMETAL CLAZEMETA GLAZEMETAL 6LAZBMETAL GLAZEMETAL CLAZ[METAL GLAZ]METAL GLAZEMETAL CLAZEMETA GLAZEMBTAL GLZEMETAL GLAZEMETAL CLAZECARBOtt FILMCERMETCERMETCEEMETCERMET

9-439

5627681.5R681038R2747R395627150150

100 0RIR

8 2

01M01M01M01MOHMOHMOEM01MOMOBM01MOEMOBMOBMOM01MOIM

2.12X OIIM 25%4_7R OnM 25%22R OIM 252_2 OHM 25%lK OM 25%

2 2 O II M 25%2.2 01M 25%10 ll l M 25100 0M 25242 OEM 25%470 01M 25%10 OEM 2547 01M 25%2.2R OEM 25%343 OHM 25Xl 0M 25lK OIIM 25

2.2 OEM 25%100R OII14 25XlM 01M 20Xl OHM 20%30 OIM80 O II M30 OBM30R OM

5%555%5X5%5%5%55%5%5%5%5%

0 5%5%5%

1/2W1/2W1/2W1/2W1/21/2W1/21/2W1/21/21/2W1/21/2W1/2W1/21/2W1/21/21/21/3W1/8W 'O ADJ'

1/4W1/4W1/4W1/41/41/41/4W1/4W1/4W1/41/41/4Wi/4

_. 1/4W1/4W1/41/4W

25V50V25y50V50V50V50V50V50V50V25V

10103330031010273001101047300910103980011010583000101027800110101540031010151007136100003810101020041010822008

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CAPACITORSClC2C6C8C9

20%5205%20%20%20%5%20%20X20%

CCCC

0124

C15C16

214022502250

020020904700047

22404700452140104006224047004521401020022250100047225010911472250109047

EECTROLYTICPLASTIC FILMELECTROLVTICPLASTIC FILMElECT80LITICELECT80LITICEECT80LVTlCPLASTIC FILMSLECTOLITICELECT80LYTICELECTROITIC

47uF0 1uF47uF

1000PFuFtl FuF

1000PPlFluF47uF2240470045

No LDR PT No DESCRIPT10N

C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32C33C35C36C37C38C39C40C41C42C43C44C45C46C47C48C49C50C51C52C57C58C59C60C61C62C68664C65C66C67C68C69C70C71C72C73C74C7rjC76C77C78

225010904721401020022250109047225010904721401040062240470045223047004821401040062230100045214010400622304700482240101044214010300421101010092140104006223047004823231010462194002007224010004222301010472010103014232310104621401040662150105023214010300421401040062140104006

ELECTROLYTICPLASTIC FILMELECTOLYTICELECTROLYTICPLASTIC FILMEECTROYTICBLECT80YTICPLASTIC PIMELECTROLYTICPLASTIC FILMELECTROYTICELECTROLYTICPLASTIC FIMMICAPLASTIC FIMELECTROLYTICELECTROLyTIcPLASTIC FILMEECTROYTICELECTROLYTICCERAMICELECTROLYTICPLASTIC FIMPLASTIC FIMPASTIC MPLASTIC FILMPLASTIC FIMPLASIC FIMPLASTIC FIHPLASTIC PIMPLASTIC ILMELEC80LITICEECT80LYTICMICAPLASTIC FILMELECTROLYTICELECTROLYTICBLECT80LYTICELECT80LYTICELECF0YTICELECTROYTICELECT&0YTICEECT&OLYTICELECTROLYTICBLECT80YTICELECTROYTICELECT80YTICEECT10LYTICMICAELECT80LYTiC,LECT80LYTICELECT80LYTICMICAEECTRoLYTICBLECT8oYTICPLASTIC FILMPASTIC FILM

luF1000pF

i ll FlEF

0 111F47uF4?uFO.1F10FO_luF4 7 tI F10011FO_01uF100PFO_l tI F47uF100F0 01uF10uF100uF0 0uF100uF0 1uFluF

0 01uFO_luF0 1uF1000pF0 18FluF

0 01tIF47uF47uF!100PF3 3uF100uF100uF100uF47uF4.711F22EF47F22uF330uF22uF3808F22uF4 7 tl F270,F4 7 tl F2 2 tlluF47pF10uF33uF

0 039uF0 082IF

50V50V50V50V50Y25V16V50V16V5016V25VOV50V50V16V25V BP50V25V16V50V25V BP50V100V50V50V50V50V50Y100V50V25V BP25V BP50V200W16V116V25V BP16V50V25V25V25V50V

25V50V25V25V50V16T25150500252550V50V

21401020112214010400621501050232140103004t2323470047232347004721101o1009216033500922301010472230101047232310104622804700482250479040224022004222404700452240220042225033104822402200422250331048224022004222404700452110271004223047004822402200422250109o472120470016224010004222038004921403930092140823008

205%20%20%5%20%20%520%5%20%20510X5%2020

0 2520%20

20%510%55%5%5%510%520!20X1010%20%2020X202020%2020X202020X20X20%10%20%20%20%102020%5%5%

9-539A

No LDE PT Ro llESCRIPT10N

C79C80C81C201C202C203C204C205C208C207

5%10%10%10%5%10%10%10%10%10%

50V50V50V100V50V100V100V100V100V100V

2150105023215010502321501050232150105023

214039300920101020122010102012215047401521408230082150474015

PLASTIC FIMCERAMICCERAMICPASTIC FILMPASTIC FILMPLASTIC FILMPLASTIC FILMPLASTIC FIMPLASTIC ILMPLASTIC FILM

0.039uFi000PF101109FO,47uF0 0821jFO_47uF

luFlFluFluF

2S30AGR2SC2240-BL2SC2240-BL2SC2240-BL2SA970 BL2SC2240-BL2SC2240-BL2SC2240-BL2SA970 BL2SC2240-BL2SC2240-BL2SC1815-O or2SC1815-O or2SC1815O o2S30AGR

TRANSISTORS0192Q4o5Q6Q70809910011912Q13Q14915016017018019Q20821922023924Q25026027o28i l129o30031032933034Q35Q37Q38039Q42043Q44045946Q47Q48949

FETNPNNPNNPNPNPNPHNPNNPHPNPNPNNPNNPNNPNNPNFETHPNPHNPNPNPPNPNPNNPNPNPHPHRPNHPNFETPNPPNPPNPRPNPNPNPNPHPNPNNPNNPNNPNNPNPNPNPNNPNPNPPNPNPN

OrOrOrOrOr

or YO or Yor Tor Yor Yor Y

3050030001303224000030322400003032240000301097000130322400003032240000303224000030109700013032240000303224000030318150093031815009303181500330500300013031815009803181500930318150093011015003801101500330318150093031815009301101500330318150093031815009303181500930500300013011015003301101500830119150033031815009301101500380318150093011015003303224000030322400003032240000304088000130318150093011015003303181500133031815000301101500330110150033031815009

2SC1815O or2SC1815-O or2SA1015-O or2SC1815-O or2SC1815-O or2SC1815-O or2SR30AGR

2SC1815-02SC1815-02SC1815-02SA1015-02SA1015-0

2SA101502SA1015-02SA1015-0

2SA1015-02SC1815-02SC1815-02SA1015-0

2SC1815-02SA1015-02SC1815-02SA1015-02SC2240-BL2SC2240-B2SC2240-BL2SD880-02SC1815-O or

YYY

YYYYYYYYYYY

YYYYYYY

2SA1015-02SC1815-0

0OfOrOrOrOr

9-63.9A

o L,R PT N DESCRIPTIoN

050051952Q58

-DIODES

3011015003304088000130318150093031815009

2SA1015-02SD880-02SC1815-02SC1815-0

lS1555lS1555lS1555lS1555lS15551S1555lS1555lS1555RD6 8BBRD12EBIS1555lS1555lS1555lR60lX60lR60160lS188FlS188FMlS188FHlS188FHlS188FM

31100040003110004000311000400031100040003110004000

PNPNPNNPNNPN

DETECTORDETECr08DETECTOBDETECTORDETECTODETECTODETECTORDETECTORZ8NERZENERDETECT08DETECTORDETECTORDETECTORDETECTODETECF08DETECTO&DETECTORDETECTORDETECTODETECT08DETECTORDETECT08DETECTORDETEC08ZBNERZENERRECTIFIBRECTIPIElRECTIFIERCTIFIERDETECTORDETECrORLE

SINGLE COMPARATORCMOSTIMERTIMERllU A OP AMPDUA OP AMPSINCLE OP AMPD ll A l OP AMPSING, OP AMP

POWER TANSF08MER

or Y

or Yor Y

l11112D3D4D5D6D7D8D9D10DllD12D13D14D15D16D17D181119D20D21D22D23D24D2526D27D28D29D30D31D32D33D101

3110004000311000400031100o400031200260073120059002311000400031100o400031100o4000311001700931100170093110017009311001700931100490023110049002311004900231199490023110o49002311004900231100490021100490023120025005312002500531100190o331100190033110019oo33110019003311000400031100040003130005006

3202003029331009899132050000123205000012

6 8V12V

GE6ECECEGEGEGECE6_2V6.2V

INTEGRATBD CIRCUITS

IS88FX-1lS188M-1lS188FH-1D6.2BBRD6 2EBIDZ61lDZ61lDZ61lDZ61lS1555lS1555SLP-751

7104098B555555145814580811458714C

J-255B

ICIIC21C31C41C51C61C71C81C9

320320320320320

102007102007918008102007'98023

TttANSFO&MB

9-739A

Tl 3801355004

No DR PT No DESCIPT10N

COILSLiL2L34L5L6L7

8970397039703970

alREll BI II6 8 al]6 8 Ell3 3 BI

02015 C10E COIL021115 C80E C01L02015 CHOKE COI02015 C80E C01

3950883008 C013950683008 C01L3950333001 COIL

100uAl10A

5X55X

([-1016)(1-1015)

SWITC8ESSlS2S3

-METERSXlM2

-FUSEFlFl

4050015004 TOGGLE4020052009 PUSi4020058001 PUSu

42300050034210020005

4363340004 N8MAL BOW4363350007 NllRIAL BLO

3TJ06D 'POER'

S-5-10 'WOFLllTTER'

S-7-12 'MODE/11tDICAT10N'

MISCELANEOSX1 3510006006 TUNING FOR

4513131015 NOB4515008018 PUSII BUTTONL4515008018 PUSS BUTTOH4515008018 PUSJ BUTTONL

4360010005 LAMP4371002000 FUSE 10LDER6400157009 COED WRAP6400225000 METEE BEZEL

SS2 315EA '200V-240V'SS2 500A 100V120V'

SL-01 3Ez13SG 'O ADi'

DAR( GRAr 0 03'

DA8 GRAY =0 1'

DAR 6AY 0 3'45 1 50 0 8101 8 PUSI BUTTONL DA GRAY '1'

4515008018 PusH BUTTON4515008018 PUSH BUTTONL4515008018 PUSII BUTTONL4515003018 PUSI BUTTON4515008018 PUS BUTTON451500804515008045150080

llA R GRAY 3"

DARK GRAY 'V & F'

DA& GRAY =WTD'

llA R GRAY =WO'

DA[ GY 'FUTTER

8 PUSIX 3UTTONL D GRAy ,Is,

8 PUSI BUTTOHL8 PUSH BUTTONL

llARR GRAY 'CC I II'

DARR GY 'DIN'

33-2F]-003E-157E-225

9-339A