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Note34

Catalog Datasheet MFG & Type PDF Document Tags

IDT77V400

Abstract: IDT77V500 Technical Note-34 The DPI strobe signal (CLK) is driven by the receiver to the transmitter. The receiver , Interface (DPI) Specification Technical Note-34 The previous two examples illustrate cases in which , Control 3 Data Path Interface (DPI) Specification Technical Note-34 Receiver Behavior FRM , 4 G F C 0 4087 drw 06 Data Path Interface (DPI) Specification Technical Note-34 Bit , 5 4087 drw 08 Data Path Interface (DPI) Specification Technical Note-34 Physical Layer
Integrated Device Technology
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IDT77V400 IDT77V500 TN-34 DPI-16 DPI-32

Logic Level Gate Drive mosfet

Abstract: BJT IC Vce .3) RTH(J-L) PDsingle (Note.3&4) TJ, Tstg 1. Surface Mounted on FR4 Board using 1in square pad size
Kodenshi AUK
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Logic Level Gate Drive mosfet BJT IC Vce bjt 50a BJT IC Vce 5v mosfet 400 V 10A BJT pnp 45V SUM201MN SUM201 KSD-T6T002-000
Abstract: (Note.3&4) TJ, Tstg 1. Surface Mounted on FR4 Board using 1in square pad size (Cu area =1.27 in Kodenshi AUK
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SUM202MN SUM202 KSD-T6T001-002
Abstract: < 10 sec) PDsingle Junction and Storage Temperature Range (Note.3&4) TJ, Tstg 2.75 W AUK
Original
Abstract: (Note.3&4) TJ, Tstg 1. Surface Mounted on FR4 Board using 1in square pad size (Cu area =1.27 in Kodenshi AUK
Original
KSD-T6T001-001
Abstract: ) PDsingle Junction and Storage Temperature Range (Note.3&4) TJ, Tstg 1. Surface Mounted on FR4 Kodenshi AUK
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KSD-T6T002-001
Abstract: Temperature Range (Note.3&4) TJ, Tstg 2.75 W -55 ~ 150 1. Surface Mounted on FR4 Board using AUK
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12V 10A BJT

Abstract: Logic Level Gate Drive mosfet Junction and Storage Temperature Range (Note.3&4) TJ, Tstg 1. Surface Mounted on FR4 Board using
Kodenshi AUK
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12V 10A BJT power BJT PNP Low Capacitance bjt Drive Base BJT

china model inverter circuit diagram

Abstract: TDK transformer ST from keeping generating the high voltage when the lamps open.(Refer Note.3-4.) With lamp failure , VR=0~50k *Vbr=0V : Brightness max. Rbr=0 : Brightness max. Note3-3.Test Equipments Note3-4.Safety
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china model inverter circuit diagram TDK transformer ST wire diagram dc-ac inverter tdk inverter lamps cxa inverter tdk cn160 CXA-0454 CTR-1987-D MIL-HDBK-217-F

crt monitor circuit diagram

Abstract: crt monitor block diagram 1 (f=200MHz) Afcv - - - - - - - -1.0 0 1.0 dB Note34 35 Frequency , 150MHz. Note34) Relative characteristics AFC1' is calculated by the difference in the output between the
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OCR Scan
M61301SP crt monitor circuit diagram crt monitor block diagram NOTE29 SG1A FC120 sg3a 32P4B

M51308SP

Abstract: m51346ap output amplitude and make Dg-y the testing value. b. G/B = db - y Note34. Demodulated Output 1H Level , output 1H lebtl difference 2A E SG7 0.2 vp-p - - - OV 6V - OFF OFF OFF OFF 2 Vcc Note34 35 mVp-p Cleak
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OCR Scan
M51390ASP M51308SP m51346ap m51412sp M51346 PAL 007 A M51346AP 0021G

crt monitor block diagram

Abstract: crt monitor circuit diagram Note35 Note34 Note33 Remark OSD adjust control characteristics 2 OSD adjust control , described in Note31,expect SG3 to 150MHz. Note34) Relative characteristics FC1' is calculated by the
Mitsubishi
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mitsubishi osd MARK A03 M22428

crt monitor circuit diagram

Abstract: crt monitor block diagram Note34 Note33 Remark MITSUBISHI< LINEAR IC > M52749FP BUS CONTROLLED 3CH VIDEO PRE-AMP FOR , . Note34) Relative characteristics FC1' is calculated by the difference in the output between the
Mitsubishi
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SW11 A64 monolithic amplifier free circuit diagram of Crt Monitor 180MH 42P9R

crt monitor block diagram

Abstract: crt monitor circuit diagram Note42 Note41 Note40 Note39 Note38 Note37 Note36 Note35 Note34 Note33 , ,expect SG3 to 200MHz. Note34) Relative characteristics FC1' is calculated by the difference in the
Mitsubishi
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M52746SP DAC-IC

M52749FP

Abstract: OSD ic dB dB dB dB dB dB dB nS nS uS Remark Note33 Note34 Note35 Note36 Note37 Note38 , SG3 to 180MHz. Note34) Relative characteristics & FC1' is calculated by the difference in the output
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OCR Scan
OSD ic M52749SP
Abstract: ) Average supply current from V c c . operatêng(Note3.4} >CCà Supply current from VCc . standby -
OCR Scan
MH2M36C M1I2M36CJ MII2M36CJ-8 WI2M36CJ-10 M112M36CJ-8 M112M36CJ-10

TM162G

Abstract: ST7066U (, , non-selected state) divided by luminance (, , selected state). Note3-4 shows the relationship between selected
Tianma Microelectronics
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TM162G ST7066U TM162 TM162GBCWVBYA D-76199

TM202J

Abstract: TM202JBCWVBYA by luminance (, , selected state). Note3-4 shows the relationship between selected state
Tianma Microelectronics
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TM202JBCWVBYA TM202J lcd 202 LCD module

TM12864G3CCWGWA-1

Abstract: ST7567 by luminance (, , selected state). Note3-4 shows the relationship between selected state
Tianma Microelectronics
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TM12864G3CCWGWA-1 ST7567 tm12864* application notes tm12864 c code DOT LED MATRIX pic ST7567 controller

I27H

Abstract: VIDEO amplifier BRIGHT CIRCUIT ) VOUT(5) 35) Measuring condition and procedure are the same as described in Note34,expect SG3 to 180MHz
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OCR Scan
M52739FP I27H VIDEO amplifier BRIGHT CIRCUIT 50MHZ-3 CHCT2 BSW32 D02751D G0S7511
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