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V23 FSK Japan

Abstract: DTMF detector 3.3v 20-SSOP MSM7570L-02 MSM7570L-01 MSM7570-01 MSM7560L MSM7560 ML7204-001 MSM7540
Text: Eva board Interface Analog Output µ-Law 1.3Vp- p , 20k G.711, 30-SSOP G.726 Clock , .721 A-Law, 2.226Vp- p 14bit linear 10.368 +4.5~5.5V 24mA -25~+70°C MSM7540L 28-SOP G , .711, G.721 µ-Law, 2.226Vp- p 14bit linear 10.368 +4.5~5.5V 24mA -25~+70°C MSM7560L 28 , .711, G.726 A-Law, µLaw 2.226Vp- p , 350 + 19.2/12.288+4.5~5.5V 28mA 120nF -25~+70°C DTMF, MCU control, VOX MSM7570-01 32-TSOP I 1.3Vp- p , 350 1.3Vp- p , 350 + 120nF Low power MSM7570L


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PDF ML7029 30-SSOP MSM7540 28-SOP 226Vp-p 14bit MSM7540L MSM7560 V23 FSK Japan DTMF detector 3.3v 20-SSOP MSM7570L-02 MSM7570L-01 MSM7570-01 MSM7560L MSM7560 ML7204-001 MSM7540
2004 - PC1031

Abstract: SA733 SC945 TV horizontal Deflection Systems
Text: ) *Adjustable synchronous input range *Adjustable blanking voltage *Large output current(2AP- P ) *Built in , 2 Pin 5 is 1.3VP- P Free osc Frequency fVO Cosc=1µF Ta, Rosc=38.1K Synchronization Input f(PULL) Range Synchronization voltage on Pin 5 is 1.3VP- P fVO=60HZ,VCC=12V fVO , 3.9k 3.9k A 1.3Vp- p Field synchronizat ion signal FIG3 UTC UNISONIC TECHNOLOGIES


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PDF PC1031 PC1031 V-18V) SIP-10H F/25V F/10V QW-R111-001 SA733 SC945 TV horizontal Deflection Systems
SA733

Abstract: SC945 2200mf 10v PC1031 Contek Microelectronics 2200mf 13VP-P
Text: ) *Adjustable synchronous input range *Adjustable blanking voltage *Large output current(2AP- P ) *Built in , 2 1.3 1.6 V 2 420 600 msec 2 50/60 Pin 5 is 1.3VP- P Free osc , (PULL) Range Synchronization voltage on Pin 5 is 1.3VP- P fVO=60HZ,VCC=12V Free osc Frequency , 3.9kW A 1.3Vp- p Field synchronizat ion signal FIG3 Contek Microelectronics Co.,Ltd


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PDF PC1031 PC1031 V-18V) SIP-10H 100mF/25V 1mF/25V 47mF/10V 10mF/10V 047mF SA733 SC945 2200mf 10v Contek Microelectronics 2200mf 13VP-P
MM1763

Abstract: g4an
Text: No. 1.1V typ. 1.3VP- P min. Composite video signal input , . 1.3VP- P min. DAC CIN 0.01 VCC1 =5V Chroma signal input 170k 13 OPEN , MITSUMI No. 1.1V typ. 1.3VP- P min. 0.1 DAC YIN1 VCC , select 2.4V typ. Bias select 1.3VP- P min. DAC YIN2 0.1 VCC Luminance signal , -SCARTDVDAV MM1763 MITSUMI No. 2.4V typ. 170k typ. 1.3VP- P min. DAC


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PDF MM1763 BUS43AVLPF6ch1 AV32752-SCARTDVD SSOP-42 44LPF6ch 506dB SSOP-42A 12V14 MM1763 g4an
2002 - Not Available

Abstract: No abstract text available
Text: Terminal 5 is 1.3VP- P 50/60 114 Hz Free-Running Frequency FVO C4=1μF(Tantalum) Rosc , synchronization signal is 1.3VP- P at Terminal 5 -10 -12 Drift of Free-Running Frequency Vs Power


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PDF YD1031 YD1031
2000 - SA733

Abstract: SC945 PC1031 2200U TA420
Text: ) *Adjustable synchronous input range *Adjustable blanking voltage *Large output current(2AP- P ) *Built in , Free osc Frequency fVO HZ 2 HZ 2 ¡ ª 50/60 ¡ ª Pin 5 is 1.3VP- P Cosc , Synchronization voltage on ¡ ª Pin 5 is 1.3VP- P fVO=60HZ,VCC=12V Free osc Frequency fVO fVO , SA733 Field signal Adjust 0.047 µF SC945 3.9k 5.6k 3.9k 3.9k A 1.3Vp- p Field


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PDF PC1031 PC1031 V-18V) SIP-10H F/25V F/10V SA733 SC945 SA733 SC945 2200U TA420
2000 - Not Available

Abstract: No abstract text available
Text: Synchronization signal Voltage Applied at Terminal 5 is 1.3Vp- p C4= 1µF(Tantalum) Rosc=38.1kΩ With specified integration circuit, applied voltage of synchronization signal is 1.3Vp- p at Terminal 5 , 3.3µF 0.047µF 0.047µF SA733 SC945 3.9k 5.6k 3.9k 3.9k A 1.3Vp- p Vertical


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PDF UTC1031 UTC1031 SIP-10H SA733 SC945
Not Available

Abstract: No abstract text available
Text: ) *Adjustable synchronous input range *Adjustable blanking voltage *Large output current(2AP- P ) *Built in , — — +-1.0 HZ 2 Pin 5 is 1.3VP- P Free osc Frequency fVO Cosc=1µF Ta, Rosc=38.1KΩ Synchronization Input ∆f(PULL) Range Synchronization voltage on Pin 5 is 1.3VP- P fVO=60HZ,VCC , „¦ 3.9kΩ 3.9kΩ A 1.3Vp- p Field synchronizat ion signal FIG3 UTC UNISONIC


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PDF PC1031 PC1031 V-18V) SIP-10H F/25V F/10V QW-R111-001
2004 - Not Available

Abstract: No abstract text available
Text: Vertical Oscillation Frequency FV Synchronization signal Voltage Applied at Terminal 5 is 1.3VP- P , signal is 1.3VP- P at Terminal 5 -10 -12 Drift of Free-Running Frequency Vs Power Supply


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PDF YD1031 YD1031
2007 - Not Available

Abstract: No abstract text available
Text: . Input dynamic range: 1.3VP- P min. 1 20 56 58 60 62 64 VINRear DAC VIN VINAV1 VINAV2 VINTUN VINEXT , signal input Input bias Pin voltage: 2.4V typ. Input impedance: 170k typ. Input dynamic range: 1.3VP- P , signal input Input clamp Pin voltage: 1.1V typ. Input dynamic range: 1.3VP- P min. External circuit 0.1µ , : 1.3VP- P min. External circuit ut 24 Ph as ed DAC YIN2 75 170k When not using it: open , . Input impedance: 170k typ. Input dynamic range: 1.3VP- P min. External circuit Equivalent circuit diagram


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PDF MM1764 QFP-64: programma000µ
MM1764

Abstract: 1B50K MM1501
Text: . 1.1V typ. 1.3VP- P min. 0.1 VCC 100 Composite video signal input 75 open , . 170k typ. 1.3VP- P min. DAC CIN 0.01 Vcc1 =5V Chroma signal input 170k , . 1.3VP- P min. 0.1 DAC YIN1 VCC 100 22 Luminance signal input 75 Luminance , 2.4V typ. Bias select 1.3VP- P min. VCC 100 0.1 Luminance signal input 75 , 2-SCARTDVDAV MM1764 MITSUMI No. 2.4V typ. 170k typ. 1.3VP- P


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PDF MM1764 BUS63AVLPF6ch AV32752-SCARTDVD QFP-64 34LPF6ch QFP-64E VCC12V MM1764 1B50K MM1501
2007 - MM1763

Abstract: dvd ic diagram
Text: input Input clamp Pin voltage: 1.1V typ. Input dynamic range: 1.3VP- P min. 1 4 7 10 15 VINAV1 VINAV2 , impedance: 170k typ. Input dynamic range: 1.3VP- P min. External circuit Equivalent circuit diagram VCC1 , dynamic range: 1.3VP- P min. External circuit 0.1µ Luminance signal input 75 Equivalent circuit diagram , : 1.3VP- P min. External circuit Equivalent circuit diagram VCC 100µ 100µ 19 DAC YIN2 0.1µ , . Input impedance: 170k typ. Input dynamic range: 1.3VP- P min. External circuit Equivalent circuit diagram


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PDF MM1763 SSOP-42) MM1763 dvd ic diagram
2007 - dvd circuit diagram

Abstract: mm1764 CONNECTOR 16 pin mitsumi MM1501 QFP-64 linex
Text: Function Composite signal input Input clamp Pin voltage: 1.1V typ. Input dynamic range: 1.3VP- P min , Pin voltage: 2.4V typ. Input impedance: 170k typ. Input dynamic range: 1.3VP- P min. External , . Input dynamic range: 1.3VP- P min. External circuit Equivalent circuit diagram 0.1µ DAC YIN1 , dynamic range: 1.3VP- P min. External circuit 0.1µ 100µ VCC Luminance signal input 75 , signal input Input bias Pin voltage: 2.4V typ. Input impedance: 170k typ. Input dynamic range: 1.3VP- P


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PDF MM1764 QFP-64: progr75 dvd circuit diagram mm1764 CONNECTOR 16 pin mitsumi MM1501 QFP-64 linex
pvr520r

Abstract: optical pickup PVR-520R optical drive pdic dvd DVD optical pickup unit DVD astigmatic detection mitsumi CD drive optical pick up DVD-ROM DVD P
Text: 48Hz Tracking Resonance Frequency Focusing Sensitivity 1.35mm CD 1.0Vp- p DVD 1.3Vp- p CD 0.44Vp- p DVD 0.52Vp- p 37(W) 52(D) 16.7(H)mm 20g MITSUMI Optical Pick-up ø1


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PDF PVR-520R 44Vp-p 52Vp-p pvr520r optical pickup PVR-520R optical drive pdic dvd DVD optical pickup unit DVD astigmatic detection mitsumi CD drive optical pick up DVD-ROM DVD P
2007 - mm1763

Abstract: Data sheet tuner mitsumi tsu 7 dvd circuit diagram AUDIO DELAY CIRCUIT DIAGRAM b24 b03 CONNECTOR 16 pin mitsumi mitsumi tuner
Text: description Function Composite signal input Input clamp Pin voltage: 1.1V typ. Input dynamic range: 1.3VP- P , bias Pin voltage: 2.4V typ. Input impedance: 170k typ. Input dynamic range: 1.3VP- P min. External , dynamic range: 1.3VP- P min. External circuit DAC YIN1 Luminance signal input VCC 100µ 0.1µ , bias select Pin voltage: 1.1V typ. (Clamp select) 2.4V typ. (Bias select) Input dynamic range: 1.3VP- P , . Input impedance: 170k typ. Input dynamic range: 1.3VP- P min. External circuit DAC CbIN DAC CrIN


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PDF MM1763 SSOP-42) mm1763 Data sheet tuner mitsumi tsu 7 dvd circuit diagram AUDIO DELAY CIRCUIT DIAGRAM b24 b03 CONNECTOR 16 pin mitsumi mitsumi tuner
optical drive pdic dvd

Abstract: PVR520R PDIC optical drive 16 cd pickup optics PVR-520R optical drive pdic PDIC dvd cd DVD-ROM DVD astigmatic detection pdic dvd
Text: 48Hz 1.0Vp- p 1.3Vp- p 0.44Vp- p 0.52Vp- p 37 W D ×52 ×16.7 H mm 20g MITSUMI Optical


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PDF PVR-520R 200Hz 47mm/V 44Vp-p 52Vp-p optical drive pdic dvd PVR520R PDIC optical drive 16 cd pickup optics PVR-520R optical drive pdic PDIC dvd cd DVD-ROM DVD astigmatic detection pdic dvd
2003 - Not Available

Abstract: No abstract text available
Text: Supply Voltage Vcc 20 V Output Current IP - P 2 AP - P PD1 1.5 W PD2 , Frequency FV Synchronization signal Voltage Applied at Terminal 5 is 1.3VP - P 50/60 114 Hz , specified integration circuit, applied voltage of synchronization signal is 1.3VP - P at Terminal 5 -10


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PDF YD1031 YD1031
1999 - M7731-02

Abstract: Rion NL05 MSM7731-02 m7731 VO6C 78m08 LM4861 74hc16 lm48 PRAD-4
Text: 1.3Vp- p RV2 1 LGSX (f) LM4861 8 RV4 1 LM4861 8 (g) RV2 20k 80dBA DSW5 RPAD1-4 5-3-3 STEP3 , AVFROAGSX (d) c RV1 GLPADTHR DSW2-7"1" (e) AGSX 1.3Vp- p RV1 5-3-4 STEP4 STEP4 MIN (a) MIN , : NCPAD "0" 7- AATT : ATT "0" 8- AGC : GC "0" (c) (d) LGSX ­20dBm 1.3Vp- p RV2 1 LGSX (e


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PDF FJBL7731-02-04 MSM7731-02 78M05 Copyright1999OKIELECTRICINDUSTRYCO. M7731-02 Rion NL05 MSM7731-02 m7731 VO6C 78m08 LM4861 74hc16 lm48 PRAD-4
TA7242P

Abstract: No abstract text available
Text: Terminal 5 and GND) . Retrace Time Setting is Possible. . Maximum Output Current : 2Ap- p JED E C TO SHIBA - F S I P 1 0 - P -A : 9 - 13V . Including a Retrace Pulse Clamp Circuit. MAXIMUM RATINGS , i r a n P £ Heatsink TOSHIBA CORPOnMION - 72 - TOSHIBA TA7242P ELECTRICAL , CIRCUIT 1 1 1 1 1 TEST CONDITION Quiescent Current R L= oo Apply V. Sync Pulse, Terminal 5 1. 3Vp_ p C0SC= 1"F (Tantalum), Rosc= 3 8 -lkfi Apply V.Sync Pulse, Terminal 5 1.3Vp- p MIN. 15 5.6 53 -10 TYP. 30


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PDF TA7242P TA7242P
1999 - msm5232

Abstract: d2b bus MSM5230 MSM6920 MSM66P589 MSM7731-02 MSM6411 2016 RAM 3ch-10bit msm5299
Text: , A-Law µ-Law, A-Law µ-Law, A-Law µ-Law, A-Law µ-Law, A-Law Analog Output 2.226Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF 2.226Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF 2.226Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF 1.3Vp- p , 350 +120nF Clock [MHz] 10.368 10.368 10.368 10.368 19.2 , +2.7~3.6V TBA -30~+85°C balanced output 2.0Vp- p , 1.2k -30~+85°C 2.4Vp- p , 600 -30~+85°C 3.4Vp- p , 600 -30~+85°C Analog Output 1.3Vp- p , 600 Paths Supply Voltage Max. Current Operating Temperature -30~+85°C Notes


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PDF 99J595RB msm5232 d2b bus MSM5230 MSM6920 MSM66P589 MSM7731-02 MSM6411 2016 RAM 3ch-10bit msm5299
2002 - sanyo Laser pickup

Abstract: slc 500 circuit diagram SL2425 LA9233 SPD-12 LC78922E lc786
Text: EFMIN TEST2 CLV+ CLV­ V/ P HFL TES microcontrollers JP LC78622E EPLG SBSY XVSS XIN , Approx. 280ms 1.3Vp- p 1.3Vp- p Approx. 280ms Yes 1.8Vp- p Yes 1.8Vp- p · RE level AGC , . 1.1s Yes 1.3Vp- p Yes 1.8Vp- p Yes Adjustment position : FD 270ms Adjustment position , 1.3Vp- p Yes 1.8Vp- p Yes Adjustment position : FD 270ms Adjustment position : TO 30ms No , . 250µA 2.1V Yes Yes Yes No output ×4 Approx. 560ms Yes 1.2Vp- p : VCC


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PDF ENN7097 LA9242M LA9242M LC78922E LC78620E, 159A-QFP64E LA9242M] QFP64E sanyo Laser pickup slc 500 circuit diagram SL2425 LA9233 SPD-12 lc786
ECG1245

Abstract: vertical TV Circuit ECG85
Text: – bbSBTEfl 0004711 b ■~ p ~77-Ö7-}f Absolute Maximum Ratings (T/^= +25°C) Characteristic Symbol Rating , Synchronization 1.3VP- P 11 Signal J—ri vertu .3VP- P I Signa Suggested Mounting He*t Sink, Chassis, etc. 3min


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PDF O00M7TO ECG1245 ECG1245 vertical TV Circuit ECG85
ECG1245

Abstract: No abstract text available
Text: Semiconductors Features · Few er required external co m p one n ts · W id e range of operational voltage (9 to , signal · Vertical-output circuit · C lam p ing circuit for blanking pulse ECG1245 is an integrated , electrical characteristics. B lo c k Diagram Pow er Su p p ly C lam ping Circuit T V Vertical Deflection , 00047^1 f c > ~ p ~ 7 7 -0 7 -) A b solu te M a x im u m R a tin g s (Ta = +25°C) Characteristic Power Supply Voltage Output Current Power Dissipation Power Dissipation Sym b o l V cc ! p - p Rating


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PDF ECG1245 3ECQ290A ECG35 ECG1245 07-/J
541CJ

Abstract: No abstract text available
Text: 1VB3V. VD FromO.eV to 13Vp-p 10Kn ng Load to Ground mA n V lLEVEL= 500mA |KXt^00mA V P , point V,N = 100mVp- p at 5 MHz. Av = Max. AVcc or a V qq = 10OmV Vp-p at 5 MHz. Av = Max RL>600 , -) Voltage Swing -vs-VAGC Differential V0LrT from 1.0V to 2.5Vp- p ZIN 500 30 V agc = 5.5V Ro , Attack Time AGC Decay Tvm 4.5 4 50 4-90 200 tiA nA l*s US V|N From 30mVp- p to 550mVp- p V(DIN+) -V(DIN-) From 500Vp- p to 1.5Vp- p VAGC » constant. Vcc 110%, VDD±10%. TAFrom 0°C to 70Â


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PDF XR-541 XR-541 SS1541 2000pF XR-541CP XR-541CJ 541CJ
la75675

Abstract: MFP24S
Text: =45.75MHz 400Hz 40% AM (VIF ) (3)S1 100k (4) A 400Hz 0.64Vp- p VIF V5. AGC [GR] (1) AGC,IF AGC(17 ) VCC (2)V4 0.64Vp- p VIF Vil Vil (3)GR=20log dB Vi V6. [Vi max] (1) AGC (2)fp=45.75MHz 15kHz 78 , =10mVrms(VIF ) (3) A 10kHz4MHz RMS (N) (Vp-p) 1.12Vp- p (4)S/N=20log =20log (dB) (Vrms) V13. C/S , ;10mVrms-10dB (3) A 1.3Vp- p IF AGC (17 ) (4) A 3.58MHz-0.92MHz No.A0249-6/9 LA75675M V14. [fc] (1 , VIF IN (3)SG2 45.65MHz A 0.5Vp- p IF AGC (V17)V1 (4)SG2 39.75MHz V2 (5) V2 fc=20log dB


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PDF LA75675M O0406 B8-5179 A0249-1/9 75MHz 400Hz 25kHz 100mVrms, la75675 MFP24S
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