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MABA-010441-CT38A0 MACOM RF Transformer, 5MHz Min, 1200MHz Max, 1:3, ROHS COMPLIANT
GTT38A-TPR-BLH-B0-H1-CU-V5 Matrix Orbital LCD TOUCH TFT 3.8 USB
BK/GMT-3/8A Eaton Corporation FUSE INDICATING 125VAC/60VDC
GTT38A-TPR-BLH-B0-H1-CT-VPT Matrix Orbital LCD TOUCH TFT 3.8 TTL/I2C
BK-GMT-3-8A Eaton Corporation FUSE INDICATING 125VAC/60VDC
GTT38A-TPR-BLH-B0-H1-CT-V5 Matrix Orbital LCD TOUCH TFT 3.8 TTL/I2C
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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
9001JT38A29 Schneider Electric Sager - $153.04 $137.74
9001KT38A31 Schneider Electric Sager - $152.13 $136.92
9001KT38A6 Schneider Electric Sager - $152.13 $136.92
9001KT38A9 Schneider Electric Sager - $152.13 $136.92
9001SKT38A31 Schneider Electric Sager - $152.13 $136.92
9001SKT38A9 Schneider Electric Sager - $152.13 $136.92
BK/GMT-3/8A Eaton Bussmann Sager - $4.88 $1.75
BK/GMT-3/8A Eaton Corporation Avnet - $5.19 $1.69
BK/GMT-3/8A Eaton Bussmann Master Electronics 500 $5.20 $1.79
FCF03FT38A Prosperity Dielectrics Co Ltd Bristol Electronics 5,000 - -
FPT-375MA(CROSS: GMT-3/8A) OptiFuse Bristol Electronics 5,000 - -
GMT-38A Eaton Bussmann Sager - - -
JA2S-T38-A-02R5-251H Eaton Electrical Master Electronics 3 $102.08 $33.69
JA3S-T38-A-0015-251H Eaton Electrical Master Electronics 3 $165.73 $54.69
MABA-010441-CT38A0 MACOM Richardson RFPD - $3.05 $3.05
MIL-LT-3/8-A1-0-25MM TE Connectivity Ltd Sager - - -
MT38AF518RSMM-001 LAIRD PLC Sager - - -
OPA80T38AZ TT Electronics OPTEK Technology Allied Electronics & Automation - $14.09 $14.09
OPA81T38AZ TT Electronics OPTEK Technology Allied Electronics & Automation - $12.21 $12.21
OPA82T38AZ TT Electronics OPTEK Technology Allied Electronics & Automation - $13.02 $13.02
OPA83T38AZ TT Electronics OPTEK Technology Allied Electronics & Automation - $12.21 $12.21
VBAT38A-RV-Q SMC Corporation of America Allied Electronics & Automation - $882.30 $882.30
VBAT38AF-RV-Q SMC Corporation of America Allied Electronics & Automation - $1263.40 $1263.40

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2006 - dc to dc converter 12v to 5v 30a

Abstract: T69A
Text: non-modulation carrier level when getting smaller chroma burst or non-modulation carrier of signal to input T38A. , Sync tip level Pedestal level White level Quasi-V insertion level VDR T38A T29 LVOR T38A T29 THSYR T38A T28 PWSYR T38A T28 AGC1 AGC2 AGC3 AGC4 VSYR T38A T38A T38A T38A T38A T29 T29 T29 T29 T28 VEE2 T34A T29 VEE2 T36A T29 VEE1 T38A T29 Symbol ICCR In Out Conditions Measure the sum of currents flowing into pins , above. WHR = LSYN-LVDR Quasi-H insertion level HDR T38A T29 Measure the T29 DC voltage with 3.6V applied


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PDF ENA0222 LA71584M LA71584M A0195-48/48 dc to dc converter 12v to 5v 30a T69A
bit 3252a

Abstract: la7339 T71A LA71582M T69A CAR ALTERNATOR pd IC cs 4852 amplifier t74a T38A T20A
Text: LA71582M /Ta=25,VCC=5.0V REC Y REC ICCR 40,16,58,87,75 EE1 VEE1 T38A T29 VEE2 T36A T29 VEE2 T34A T29 VIN=1.0Vp-p (NTSC) AGC1 T38A T29 VIN , =1.0Vp-p (NTSC) T29 (SW 3) AGC1 VIN=1.0Vp-p (PAL) T29 T29VEE1 AGC2 AGC2 T38A T29 VIN=0.5Vp-p T29VEE1 AGC3 AGC3 T38A T29 VIN=700mVp-p LUMI, 600mVp-p SYNC T29SYNC AGC4 AGC4 T38A T29 VIN=700mVp-p LUMI, 150mVp-p SYNC T29SYNC VSYR T38A T28 T28 PWSYR


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PDF LA71582M LA71582MVHSVTRIC LC89982 D1306 B8-6172 B8-5260 A0221-1/40 A0221-37/40 bit 3252a la7339 T71A LA71582M T69A CAR ALTERNATOR pd IC cs 4852 amplifier t74a T38A T20A
bit 3252a

Abstract: T71A LA71570M T229 SP 100M T100A video T11B T74A T20A D1306
Text: =25,VCC=5.0V REC Y REC ICCR 40,16,58,87,75 EE1 VEE1 T38A T29 , =1.0Vp-p (NTSC) T29 AGC1 T38A T29 VIN=2.0Vp-p T29VEE1 AGC2 AGC2 T38A T29 VIN=0.5Vp-p T29VEE1 AGC3 AGC3 T38A T29 VIN=700mVp-p LUMI, 600mVp-p SYNC T29SYNC AGC4 AGC4 T38A T29 VIN=700mVp-p LUMI, 150mVp-p SYNC T29SYNC VSYR T38A T28 VIN=1.0Vp-p T28 PWSYR T38A T28 VIN=1.0Vp-p T28 THSYR T38A T28


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PDF LA71584M LA71584MVHSVTRIC D1306 B8-5874 B8-5790 A0222-1/50 CURRENT-10 CURRENT-11 CURRENT-12 bit 3252a T71A LA71570M T229 SP 100M T100A video T11B T74A T20A
T84A

Abstract: t46a FBC 40A SW82A SW62a LA7117 LC89982 T71A SW60A SW61A
Text: ICCR EE1 (SW 1) EE2 (SW 2) EE3 (SW 3) VIN=1.0Vp-p VEE1 T38A T29 T29 VIN=1.0Vp-p VEE2 T36A T29 T29 VIN=1.0Vp-p VEE3 T34A T29 T29 AGC1 AGC1 T38A T29 AGC2 AGC2 T38A T29 AGC3 AGC3 T38A T29 AGC4 AGC4 T38A T29 VSYR T38A T28 PWSYR T38A T28 THSYR T38A T28 H H VIN=1.0Vp-p VHSYR T38A T27 T27 VIN=1.0Vp-p PWHSYR T38A T27 T27 VIN=1.0Vp-p T29, , LVOR T38A T29 LSYN, LPED, LWHT VDR T38A T29 HDR T38A T29 WHR T38A T29


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PDF LA71170M SANYOQIP100EJ 12000MH B8-4445 SW71A SW60A SW62A T84A t46a FBC 40A SW82A SW62a LA7117 LC89982 T71A SW60A SW61A
bit 3252a

Abstract: la71586m LA71570M T71A T694V T229 T20A T100-A D1306 T74A
Text: SYNC 300mVp-p P/S TBST T38A T24 T38A T38ASYNC SYNC 300mVp-p PB P , =25,VCC=5.0V REC Y REC ICCR 40,16,58,87,75 EE1 VEE1 T38A T29 , =1.0Vp-p (NTSC) T29 AGC1 T38A T29 VIN=2.0Vp-p T29VEE1 AGC2 AGC2 T38A T29 VIN=0.5Vp-p T29VEE1 AGC3 AGC3 T38A T29 VIN=700mVp-p LUMI, 600mVp-p SYNC T29SYNC AGC4 AGC4 T38A T29 VIN=700mVp-p LUMI, 150mVp-p SYNC T29SYNC VSYR T38A T28 VIN


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PDF LA71586M LA71586MVHSVTRIC D1306 B8-5873, B8-5789 A0223-1/52 2EL-32/HIGH A0223-48/52 bit 3252a la71586m LA71570M T71A T694V T229 T20A T100-A T74A
LA71578

Abstract: LA71598 la7159 LA71578HM LA71598M LEVEL-22 T20A T17A on822 T74A
Text: SYNC 300mVp-p P/S TBST T38A T24 T38A T38ASYNC SYNC 300mVp-p PB P , REC ICCR 40,16,58,87,75 EE1 VEE1 T38A T29 VIN=1.0Vp-p (PAL) VEE2 T36A T29 VIN=1.0Vp-p (NTSC) VEE2 T34A T29 VIN=1.0Vp-p (NTSC) AGC1 T38A T29 VIN , (SW 3) AGC1 T29 T29VEE1 AGC2 AGC2 T38A T29 VIN=0.5Vp-p T29VEE1 AGC3 AGC3 T38A T29 VIN=700mVp-p LUMI, 600mVp-p SYNC T29SYNC AGC4 AGC4 T38A T29 VIN


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PDF LA71578HM LA71578HM B8-5729 A0643-1/48 0Vp-pL-29 LEVEL-30 LEVEL-31 LEVEL-32/HIGH A0643-45/48 LA71578 LA71598 la7159 LA71598M LEVEL-22 T20A T17A on822 T74A
IC LM 8445

Abstract: LA71598HM LM 8445 bit 3252a LA71578 LA71598 T20A T17A D2006 t88a
Text: T24 T38A T38ASYNC SYNC 300mVp-p PB P/S P/S VPSPI T74A , ICCR 40,16,58,87,75 EE1 VEE1 T38A T29 VIN=1.0Vp-p (PAL) VEE2 T36A T29 VIN=1.0Vp-p (NTSC) VEE2 T34A T29 VIN=1.0Vp-p (NTSC) AGC1 T38A T29 VIN=2.0Vp-p min typ , T29VEE1 AGC2 AGC2 T38A T29 VIN=0.5Vp-p T29VEE1 AGC3 AGC3 T38A T29 VIN=700mVp-p LUMI, 600mVp-p SYNC T29SYNC AGC4 AGC4 T38A T29 VIN=700mVp-p LUMI, 150mVp-p SYNC


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PDF LA71598HM D2006 B8-5728 A0236-1/50 LEVEL-32/HIGH A0236-47/50 65210111MESECAM IC LM 8445 LA71598HM LM 8445 bit 3252a LA71578 LA71598 T20A T17A t88a
LA71582

Abstract: LA7339
Text: level VDR T38A T29 LVOR T38A T29 VHSYR PWHSYR T38A T38A T27 T27 THSYR T38A T28 PWSYR T38A T28 AGC1 AGC2 AGC3 AGC4 VSYR T38A T38A T38A T38A T38A T29 T29 T29 T29 T28 VEE2 T34A T29 VEE2 T36A T29 VEE1 T38A T29 , difference with LSYN measured above. WHR = LSYN-LVDR Quasi-H insertion level HDR T38A T29 Measure the T29 DC , above. HDR = LPED-LHDR White insertion level WHR T38A T29 Measure the T29 DC voltage with 2.6V applied , LWHT-LWHR Edge insertion level EGR T38A T29 Measure the T29 DC voltage with 1.5V applied to T26.and take


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PDF ENA0221 LA71582M LA71582M A0221-38/38 LA71582 LA7339
2007 - LA71598

Abstract: LA71578 t11A LA71598HM
Text: getting smaller chroma burst or non-modulation carrier of signal to input T38A. Input sync level is 300mVp , ) EE Output level 2 (SW 2) EE Output level 3 (SW 3) AGC characteristics 1 AGC1 T38A T29 VEE2 T34A T29 VEE2 T36A T29 VEE1 T38A T29 Symbol ICCR In Out Conditions min Measure the sum of currents flowing into , level White level Quasi-V insertion level VDR T38A T29 LVOR T38A T29 VHSYR PWHSYR T38A T38A T27 T27 With , measured above. WHR = LSYN-LVDR Quasi-H insertion level HDR T38A T29 Measure the T29 DC voltage with 3.6V


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PDF ENA0643 LA71578HM LA71578HM A0643-44/44 LA71598 LA71578 t11A LA71598HM
2006 - Not Available

Abstract: No abstract text available
Text: T38A. Input sync level is 300mVp-p. P/S discrimination TBST T38A T24 burst position , max Unit 175 190 205 mA 58, 87, 75. VEE1 T38A T29 With VIN a 1Vp-p video , 2.10 2.20 Vp-p AGC characteristics 1 AGC1 T38A T29 With VIN a 2.0Vp-p video signal , AGC2 T38A T29 With VIN a 0.5Vp-p video signal, measure the ratio of the output level on T29 and VEE1. -1.2 -0.2 0.0 dB AGC characteristics 3 AGC3 T38A T29 With VIN a


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PDF ENA0223 LA71586M LA71586M A0223-50/50
bit 3252a

Abstract: MA5887 la7339 transistor t18 FET apc back up cs 500 T89A T71A Circuit Diagram alternator dc 24v T20A la7158
Text: Ratings Conditions typ max Unit 200 220 240 mA 58, 87, 75. VEE1 T38A T29 , output level on T29. 2.00 2.10 2.20 Vp-p AGC characteristics 1 AGC1 T38A T29 , 1.2 dB AGC characteristics 2 AGC2 T38A T29 With VIN a 0.5Vp-p video signal, measure , AGC3 T38A T29 With VIN a 700mVp-p luminance, 600mVp-p sync, measure the sync level on T29. 550 650 750 mVp-p AGC characteristics 4 AGC4 T38A T29 With VIN a 700mVp


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PDF ENA0221 LA71582M LA71582M A0221-38/38 bit 3252a MA5887 la7339 transistor t18 FET apc back up cs 500 T89A T71A Circuit Diagram alternator dc 24v T20A la7158
2006 - NT T10A

Abstract: D1306 3252A B85874 LA71570M
Text: of signal to input T38A. Input sync level is 300mVp-p. P/S discrimination TBST T38A T24 , 190 205 mA 58, 87, 75. VEE1 T38A T29 With VIN a 1Vp-p video signal (PAL), measure , Vp-p AGC characteristics 1 AGC1 T38A T29 With VIN a 2.0Vp-p video signal, measure the , T38A T29 With VIN a 0.5Vp-p video signal, measure the ratio of the output level on T29 and VEE1. -1.2 -0.2 0.0 dB AGC characteristics 3 AGC3 T38A T29 With VIN a 700mVp


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PDF ENA0222 LA71584M LA71584M A0195-48/48 NT T10A D1306 3252A B85874 LA71570M
2006 - LA71598

Abstract: LA71578 LA71598HM D2006 T20A la7159
Text: T38A. Input sync level is 300mVp-p. P/S discrimination TBST T38A T24 burst position , ) EE Output level 1 typ Unit max 175 190 205 mA 58, 87, 75. VEE1 T38A T29 , output level on T29. 2.00 2.10 2.20 Vp-p AGC characteristics 1 AGC1 T38A T29 , 1.2 dB AGC characteristics 2 AGC2 T38A T29 With VIN a 0.5Vp-p video signal, measure , AGC3 T38A T29 With VIN a 700mVp-p luminance, 600mVp-p sync, measure the sync level on T29


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PDF ENA0236 LA71598HM LA71598HM A0195-47/47 LA71598 LA71578 D2006 T20A la7159
2007 - bit 3252a

Abstract: LA71578 diode T74A LA71598 LA71598M LA71598HM T72 Diode 1.4MHz FM demodulator 4433619 oscillator T20A
Text: getting smaller chroma burst or non-modulation carrier of signal to input T38A. Input sync level is , typ Unit max 175 190 205 mA 58, 87, 75. VEE1 T38A T29 With VIN a 1Vp , . 2.00 2.10 2.20 Vp-p AGC characteristics 1 AGC1 T38A T29 With VIN a 2.0Vp , characteristics 2 AGC2 T38A T29 With VIN a 0.5Vp-p video signal, measure the ratio of the output level on T29 and VEE1. -1.2 -0.2 0.0 dB AGC characteristics 3 AGC3 T38A T29


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PDF ENA0643 LA71578HM LA71578HM A0643-44/44 bit 3252a LA71578 diode T74A LA71598 LA71598M LA71598HM T72 Diode 1.4MHz FM demodulator 4433619 oscillator T20A
2006 - LA71598

Abstract: LA71598HM la7159 LA71578 T229 la7158
Text: getting smaller chroma burst or non-modulation carrier of signal to input T38A. Input sync level is 300mVp , level VDR T38A T29 LVOR T38A T29 VHSYR PWHSYR T38A T38A T27 T27 THSYR T38A T28 PWSYR T38A T28 AGC1 AGC2 AGC3 AGC4 VSYR T38A T38A T38A T38A T38A T29 T29 T29 T29 T28 VEE2 T34A T29 VEE2 T36A T29 VEE1 T38A T29 , difference with LSYN measured above. WHR = LSYN-LVDR Quasi-H insertion level HDR T38A T29 Measure the T29 DC , above. HDR = LPED-LHDR White insertion level WHR T38A T29 Measure the T29 DC voltage with 2.6V and


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PDF ENA0236 LA71598HM LA71598HM A0195-47/47 LA71598 la7159 LA71578 T229 la7158
2006 - bit 3252a

Abstract: D1306 la71586m B857 LA71570M
Text: of signal to input T38A. Input sync level is 300mVp-p. P/S discrimination TBST T38A T24 , 190 205 mA 58, 87, 75. VEE1 T38A T29 With VIN a 1Vp-p video signal (PAL), measure , Vp-p AGC characteristics 1 AGC1 T38A T29 With VIN a 2.0Vp-p video signal, measure the , T38A T29 With VIN a 0.5Vp-p video signal, measure the ratio of the output level on T29 and VEE1. -1.2 -0.2 0.0 dB AGC characteristics 3 AGC3 T38A T29 With VIN a 700mVp


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PDF ENA0223 LA71586M LA71586M A0223-50/50 bit 3252a D1306 B857 LA71570M
2007 - Not Available

Abstract: No abstract text available
Text: 19±0.4 8±0.3 T38×19×13 38±0.5 19±0.5 13±0.4 T45×30×13 45±0.5 30±0.5 , 30.0 8000 10700 14200 T31×19×13 47 76 18.8 4300 5800 7700 T38×19×13


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PDF 10kHz 100mv
2007 - 4A4 ferrite material

Abstract: No abstract text available
Text: —13×16 T31×19×13 T31×19×6 T68×44×13.5 T31×20×15 T36×23×19 T37×22×15.5 T50×35×20 T38×19×13 , —19×6 T68×44×13.5 T31×20×15 T36×23×19 T37×22×15.5 T50×35×20 T38×19×13 T50×25×20 Core


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PDF
t38b

Abstract: MT38A
Text: Saturation Voltage Base-Emitter Turn-on Voltage Static Forward Current Transfer Ratio FM M T38A FM M T38B FM , Saturation Voltage Base-Emitter Turn-on Voltage Static Forward Current Transfer Ratio FM M T38A FM M T38B FM


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PDF FMMT38A FMMT38B FMMT38C 800mA, 100mA, 500mA, t38b MT38A
2007 - Not Available

Abstract: No abstract text available
Text: —22×15.5 37.0±0.5 23.0±0.5 15.5±0.5 T50×35×20 50.0±0.8 35.0±0.7 20.0±0.5 T38×19×13 , T50×35×20 0.9 148.4 130.7 19402.7 98 7050 9880 11360 T38×19×13 0.7


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PDF 9050min 13480min
T634

Abstract: mt614 zetex transistors FMMT634
Text: Section 5: Bipolar Transistors _ Darlington Transistors SO T 2 3 NPN Darlington T ra n sisto rs Pinout Details: 1-Collector, 2-Emitter, 3-Base_ _ VCBO Type V FM M T634 FM M T614 BCV47 FM M T38A FM M T38B FM M T38C BCV27 FM M TA14 FM M TA13 FM M TA12 - V CEO ·c Min mA 900 500 500 300 300 300 500 300 300 300 15K 5K 2K 1K 4K 10K 4K 20K 10K 20 K hFE VcE(sat) PD at lc mA 1000 500 100 800 800 800 100 100 100 10 Max - -


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PDF BCV47 BCV27 BCV46 BCV26 T634 mt614 zetex transistors FMMT634
Not Available

Abstract: No abstract text available
Text: see FMM T38A datasheet ■c ?DS7a n 3-79 □ □ □ cl B 4 b OMR


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PDF BST51 500mA, 150mA, -500mA, 500mA 300ns.
Not Available

Abstract: No abstract text available
Text: graphs see FM M T38A datasheet †Periodic Sam ple Test Only. Spice param eter data is available upon


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PDF BCV49 BCV48
FMMTA13

Abstract: No abstract text available
Text: parameter data is available upon request for these devices For typical graphs see FM M T38A datasheet 3 -1 7


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PDF FMMTA12 FMMTA13 FMMTA14 FMMTA12 FMMTA13/14 100mA, FMMTA13/14
Not Available

Abstract: No abstract text available
Text: data is available upon request for these devices For typical graphs see FM M T38A datasheet


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PDF FMMTA12 FMMTA13 FMMTA14 FMMTA13/14 100mA, 100mA
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