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BD9V101MUF-LB BD9V101MUF-LB ECAD Model ROHM Semiconductor 16V to 60V, 1A 1ch 2.1MHz Synchronous Buck Converter Integrated FET (Industrial Grade)
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BD9G341AEFJ-LB BD9G341AEFJ-LB ECAD Model ROHM Semiconductor 12V to 76V, Buck switching regulator with integrated 150mΩ power MOSFET (Industrial Grade)
BD9C601EFJ BD9C601EFJ ECAD Model ROHM Semiconductor 4.5V to 18V Input, 6.0A Integrated MOSFET 1ch Synchronous Buck DC/DC Converter

transistor m21 image Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1997 - L9935

Abstract: POWERSO20 flayback
Text: dependence on RSense. I A typical current limitation of high side transistor 1.8 limit recommended , current sense circuit. VS M11 D11 M21 D 11 D 21 D21 Drive bit3, (bit0) A1 Logic , logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 independently from , LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase signal bit 3). Current , drive logic will turn off the sink transistor (M12 or M22). The sink transistor periodically is turned


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PDF L9935 POWERSO20 L9935 POWERSO20 flayback
m21 transistor

Abstract: FLAYBACK L9935
Text: limitation of high side transistor limit recommended for usual application suggested range of operation , drivers Dn, D12, D21, D22 turning off M11, M12, M21 , M22 independently from the signal of the current , and M22 or M21 and M12 (dependingon the phase signal bit 3). Current will start to flow through the , transistor (M12 or M22). The sink transistor periodically is turned on again by the oscillator. Immediately , current flows through M21 , the load and D11). This leads to a slow current decay during flyback. Maximum


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PDF L9935 TYPICALLY20 POWERS020 L9935 P0WERS02Q m21 transistor FLAYBACK
2003 - L9935

Abstract: XX111111
Text: limitation of high side transistor 1.8 limit recommended for usual application 1.1 1 suggested , bridge including the current sense circuit. VS M11 M21 D11 D21 D11 A2 A1 bit3, (bit0 , , M21 , M22 independently from the signal of the current sense comparator comp 1. Turning on: Changing bit 5 or bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase , threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor


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PDF L9935 PowerSO20 L9935 XX111111
2002 - m21 transistor

Abstract: transistor m21 flayback A2SH 12V BIPOLAR STEPPER MOTOR half bridge driving circuit project
Text: D99AT418 typical current limitation of high side transistor 1.1 1 0.8 0.6 0.4 0.2 0.075 0 0 limit , including the current sense circuit. VS M11 D11 A1 bit3, (bit0) DRIVE LOGIC D12 D11 D21 A2 M21 D21 M12 , inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 independently from the signal of the , M11 and M22 or M21 and M12 (depending on the phase signal bit 3). Current will start to flow through , transistor (M12 or M22). The sink transistor periodically is turned on again by the oscillator. Immediately


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PDF L9935 PowerSO20 L9935 m21 transistor transistor m21 flayback A2SH 12V BIPOLAR STEPPER MOTOR half bridge driving circuit project
1998 - m21 transistor

Abstract: stepper motor 12v connection flayback L9935 transistor m21
Text: load current dependence on RSense. I A typical current limitation of high side transistor 1.8 , bridge including the current sense circuit. VS M11 D11 M21 D 11 D 21 D21 Drive bit3 , HIGH, the current logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 , both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase signal bit 3). , the drive logic will turn off the sink transistor (M12 or M22). The sink transistor periodically is


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PDF L9935 PowerSO20 L9935 m21 transistor stepper motor 12v connection flayback transistor m21
1999 - L9935

Abstract: 24v power suplly m21 transistor
Text: dependence on RSense. I A typical current limitation of high side transistor 1.8 limit recommended , current sense circuit. VS M11 D11 M21 D 11 D 21 D21 Drive bit3, (bit0) A1 Logic , logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 independently from , LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase signal bit 3). Current , drive logic will turn off the sink transistor (M12 or M22). The sink transistor periodically is turned


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PDF L9935 PowerSO20 L9935 24v power suplly m21 transistor
1999 - m21 transistor

Abstract: L9935 12V BIPOLAR STEPPER MOTOR 812W
Text: limitation of high side transistor 1.8 limit recommended for usual application 1.1 1 suggested , bridge including the current sense circuit. VS M11 M21 D11 D11 D21 A2 A1 bit3, (bit0 , , M21 , M22 independently from the signal of the current sense comparator comp 1. Turning on: Changing bit 5 or bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase , threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor


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PDF L9935 PowerSO20 L9935 m21 transistor 12V BIPOLAR STEPPER MOTOR 812W
ccd camera module

Abstract: QFP144-P-2020 CCD Linear Image Sensors DIODE MARKING B85 L69A TQFP100-P-1414 b86a T07 marking
Text: Package Outlines MOS LSI (L O U ) MOS Memories (M H O ) CCD Area/Linear Image Sensors (C C O ) CCD , -0300A M21 TSOP026-P-0300B Unit: mm Jk\ Ko: ·10 0 .5 0 ± 0 .1 0 Hi-tfcQ-lrì 0 .4 0 1 0 .1 0 , Memories) # TSOP Package (continued) Unit: mm Panasonic 189 Package Outlines (CCD Area Image Sensors) CCD Area Image Sensors C2 WDIP016-G-0500B C4 WDIP020-G-0600A Unit: mm 3.40±0.25 2.6Q±0.15 , . Reference face \ Package ccnier corresponds to image arc center. j (B u i space between ccnlcr o f photo


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PDF DIP008-P-0300 DIP014-P-0300C DIP014-P-0300A DIP018-P-0300D DIP014-P-0300B HDIP014-P-0300F DIP016-P-0300A DIP016-P- SIL-10) SIL-12) ccd camera module QFP144-P-2020 CCD Linear Image Sensors DIODE MARKING B85 L69A TQFP100-P-1414 b86a T07 marking
2006 - l9935 spi

Abstract: m21 transistor
Text: typical current limitation of high side transistor 1.1 1 0.8 0.6 0.4 0.2 0.075 0 0 limit recommended , ) DRIVE LOGIC D12 D11 D21 A2 M21 D21 M12 D12 LOAD D22 M22 D22 - + COMP1 R1 , are HIGH, the current logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 , bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase signal bit , threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor


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PDF L9935 PowerSO-20 L9935 l9935 spi m21 transistor
2008 - m21 transistor

Abstract: MO-166 stepper motor 12v connection transistor hh 004 DC MOTOR SPEED CONTROL USING chopper flyback led driver with pwm dimming transistor hh 004 circuits diagram L9935 L9935013TR
Text: on RSense. I A D99AT418 typical current limitation of high side transistor 1.8 limit , bridge including the current sense circuit. VS M11 M21 D11 D21 D11 A2 A1 DRIVE , ) both are HIGH, the current logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , Changing bit 5 or bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the , Exceeding the threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink


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PDF L9935 PowerSO-20 L9935 m21 transistor MO-166 stepper motor 12v connection transistor hh 004 DC MOTOR SPEED CONTROL USING chopper flyback led driver with pwm dimming transistor hh 004 circuits diagram L9935013TR
2N3634 MOTOROLA

Abstract: m21 transistor 2N3634 2N3637 transistor m21 MIL-19500 2N3634JTX 2N3635 2N3635JTX 2N3636
Text: Silicon SmallSignal o General-Purpose Transistor Ic Collector Current,Maimurn Device , SIGNAL TRANSISTOR DATA I ns (oontinued) q 2N3634 THRU 2N3467 SERIES a COMMERCIAL PLUS AND Ml~AERO SMALL SIGNAL TRANSISTOR DATA 3-73 2N3634 THRU 2N3637 SERIES PACWGE DIMENSIONS 4 , Motorola Ltd.; M2-1 , NishffioShins-u, To~o 141, Japan. ASIA PACIFl~ Motorola Semlmndutiors H.K. Ltd


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PDF Orderth18 2N3634JTX, 2N3635JTX, 2N3636JTX, 2N3637JTX, CHARACTERlST19 2N3634, 2N3635 2N3636, 2N3637 2N3634 MOTOROLA m21 transistor 2N3634 2N3637 transistor m21 MIL-19500 2N3634JTX 2N3635 2N3635JTX 2N3636
2011 - AN2378

Abstract: POWERSO20 L9935 L9935013TR
Text: current logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , M22 independently , 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the phase signal bit , threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor , free wheeling current flows through M21 , the load and D11). This leads to a slow current decay during , description 5.2.4 L9935 Reversing phase Suppose the current flowed via M21 , the load and M12 before


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PDF L9935 PowerSO20 L9935 AN2378 POWERSO20 L9935013TR
2011 - Not Available

Abstract: No abstract text available
Text: , M12, M21 , M22 independently from the signal of the current sense comparator comp 1. 5.2.2 Turning on Changing bit 5 or bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 , Chopping Exceeding the threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor periodically is turned on again by the oscillator. Immediately after turning , current through D11. (So now the free wheeling current flows through M21 , the load and D11). This leads


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PDF L9935 PowerSO20 L9935
2013 - Not Available

Abstract: No abstract text available
Text: ) both are HIGH, the current logic will inhibit all drivers D11, D12, D21, D22 turning off M11, M12, M21 , Changing bit 5 or bit 4 or both to LOW will turn on either M11 and M22 or M21 and M12 (depending on the , Exceeding the threshold of comp 1 the drive logic will turn off the sink transistor (M12 or M22). The sink transistor periodically is turned on again by the oscillator. Immediately after turning on M12 or M22 the , free wheeling current flows through M21 , the load and D11). This leads to a slow current decay during


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PDF L9935 PowerSO20 L9935
smd transistor M21

Abstract: smd M21 OC23 TMP87CH21 TMP87CH21BDF TMP87CH21BF TMP87CH21DF TMP87CH21F TMP87CM21DF TMP87CM21F
Text: TOSHIBA TMP87CH21/H21B/ M21 CMOS 8-Bit Microcontroller TMP87CH21F, TMP87CH21BF, TMP87CM21F TMP87CH21DF, TMP87CH21BDF, TMP87CM21DF The TMP87CH21/H21B/ M21 are the high speed and high performance 8 , contained herein is subject to change without notice. 3-21-1 2000-10-11 TOSHIBA TMP87CH21/H21B/ M21 ♦ , Error Unit TMP87CH21/ M21 ± 1 ±2 LSB TMP87CH21B + 2,-1 + 3,-2 ♦ Dual clock operation ♦ Five , /P74 SEG28/P73 SEG29/P72 SEG30/P71 SEG31/P70 t3 00 n I N> N> CO N> TOSHIBA TMP87CH21/H21B/ M21


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PDF TMP87CH21/H21B/M21 TMP87CH21F, TMP87CH21BF, TMP87CM21F TMP87CH21DF, TMP87CH21BDF, TMP87CM21DF TMP87CH21/H21B/M21 TMP87CH21F TMP87CH21BF smd transistor M21 smd M21 OC23 TMP87CH21 TMP87CH21BDF TMP87CH21BF TMP87CH21DF TMP87CM21DF
2C2907AHV

Abstract: m21 transistor
Text: MOTOROW Order this dooument by 2C2W7AHVID SEMICONDUCTOR TECHNICALDATA @ 2C2907AHV Chip PNP Silicon Smal14ignal Transistor .11 ~+ "~ [ . . designed for dc to VHF amplifier and generaburpose witching applications. Technaloglw )muon Opl MMIMUM RATINGS Value symbol , @.'?~ulseWdth 250 to 350 W, D@ Qcle 1.0 to 2.OYO. .,$ COMMERCIAL PLUS AND MIUAERO SMALL SIGNAL TRANSISTOR , Kaynes, MK14 58P, England. JAPAN Nippon Motorola Ltd.; M2-1 , Nishffiotanda, ShlrragewW, Tokyo 141, Japan


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PDF 2C2907AHV Smal14ignal 2C2907AHVID 1PHX24101 m21 transistor
BF 182 transistor

Abstract: transistor 182 marking code M21
Text: SIEMENS NPN Silicon RF Transistor · For low noise, high-gain broadband amplifiers at collector currents from 1mA to 20mA · f j = 8GHz F = 1.2cfB at 900MHz BFP 182 ESP: Electrostatic discharge sensitive device, observe handling precaution! Marking Ordering Code Type Pin Configuration C V J UJ II , = 1.8 GHz 1) Gms= !S2i/S12l 2 )G ma= l ^ 1/S 12l ( M«2-1 )i/2) = 8 V, Semiconductor Group 1177 12.96 SIEMENS SPICE Parameters (Gummel-Poon Model, Berkeley-SPICE 2G.6 Syntax) : Transistor Chip


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PDF 900MHz OT-143 Q62702-F1396 BF 182 transistor transistor 182 marking code M21
ITT ZD15

Abstract: transistor 6cn P018-P-0300A itt ZD20 SSOP-016-P diode i321 ZD21 B91 02 diode TSOP044-P0400A h322
Text: i M21 *SOJ028-P-0400 M22 *SOJ028-P-0400A 11.18+0.25^ 10.16*0.15" M23 *SOJ040-P-0400 ! U , /Linear Image Sensors) Unit: mm >6480 C1 (16-DIC(a), WDIP016-G-0500 C2 (16-DIC(b), WDIP016-Q , corresponds to image area center. E F C5 (16-DIC(e) C6 (20-DIC(a), WDIP020-C-0600 C7 (20 , I Package center corresponds to image area center. ChipTurningwilhinxO 1' IA: C en ter o f image , " IA : Center of image area ^ \ 13.6*0.2 Cover glass \ J _ V -Non-flare plate 1I|S


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PDF DIPQ08-P-0300 DIP014-P-0300C 12-DIP DIP012-P-0300 14-DIP DIP014-P-0300A DIP014-P-0300B HDIP014-P-0300F ITT ZD15 transistor 6cn P018-P-0300A itt ZD20 SSOP-016-P diode i321 ZD21 B91 02 diode TSOP044-P0400A h322
2012 - ccd board Circuit Schematic Diagram Electronic

Abstract: TDI CCD bi-directional TDI ccd sensor TDI CCD china ccd camera board circuit diagram TRANSISTOR REPLACEMENT GUIDE
Text: TDI-CCD image sensors S10200-02 S10201-04 S10202-08 S10202-16 Operating the back-thinned CCD in TDI mode delivers high sensitivity. TDI-CCD image sensers capture clear and bright images even under low-light-level conditions. During TDI (time delay integration) mode, the CCD captures an image of a moving object , , continuous image acquisition Back-thinned structure ensures high sensitivity from UV to near IR Multiple , register, a two-dimensional image can be continuously acquired. In this way the TDI mode achieves


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PDF S10200-02 S10201-04 S10202-08 S10202-16 KMPD1098E06 ccd board Circuit Schematic Diagram Electronic TDI CCD bi-directional TDI ccd sensor TDI CCD china ccd camera board circuit diagram TRANSISTOR REPLACEMENT GUIDE
ac 128 transistor

Abstract: No abstract text available
Text: TDI-CCD image sensors S10200-02-01 S10201-04-01 S10202-08-01 S10202-16-01 Operating the back-thinned CCD in TDI mode delivers high sensitivity. TDI-CCD image sensers capture clear and , captures an image of a moving object while transferring integrated signal charges synchronously with the , , continuous image acquisition Inspection tasks on electronic parts production line Back-thinned , two-dimensional image can be continuously acquired. In this way the TDI mode achieves sensitivity which is M


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PDF S10200-02-01 S10201-04-01 S10202-08-01 S10202-16-01 sens53 B1201, KMPD1098E08 ac 128 transistor
transistor H1A

Abstract: C500 TCD5580C h1a transistor
Text: PIN NAME SYMBOL PIN NAME ¿11 Image Part V-CCD Clock (Phase 1) OD1 Output Transistor Drain 1 ¿12 Image Part V-CCD Clock (Phase 2) OD2 Output Transistor Drain 2 ¿13 Image Part V-CCD Clock (Phase 3 , TOSHIBA TCD5580C TOSHIBA CCD AREA IMAGE SENSOR CCD(Charge Coupled Device) TCD5580C 2/3 INCH 640k FIT CCD (ElA) TCD5580C is a frame interline CCD area image sensor developed for a 3-CCD color , image size agrees with 2/3 inch type optical system. This device offers high sensitivity, high


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PDF TCD5580C TCD5580C transistor H1A C500 h1a transistor
DIP014-P-0300D

Abstract: B92 62 diode pa c12 100 12p P050P ip022 TSOP050-P
Text: Package Outlines MOS LSIs (L E O ) MOS Memories (M H O ) CCD Area Image Sensors (C ) CCD Area/Linear Image Sensors (C ) CCD Camera Modules/TFT LCD Devices (C D D ) Bipolar ICs (B DD) Discrete , -0425 M21 SSOP042-P-0450 I L 175) 045 fjjTjJ : Q40±01Q ' OtC IG SEATING P L A N e , Image Sensors) # CCD Area Image Sensors C1 W D IP016-G -0500B 3.4 0 ± 0.2 5 Unit: mm C2 W DIP020-G , 2.5±Q ,16 4c ® Ìö i +n+»; ?I I I 1): Center o f Package L A : Centrer o f image area


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PDF SO-14 SO-16 DIP014-P-0300D B92 62 diode pa c12 100 12p P050P ip022 TSOP050-P
transistor H1A

Abstract: TCD5120AC C500 TC6024AU TC6134AF TC6068AU
Text: V-CCD Clock (Phase 1) OD1 First Output Transistor Drain ¿12 Image Part V-CCD Clock (Phase 2) OD2 Second Output Transistor Drain ¿13 Image Part V-CCD Clock (Phase 3) OFD Overflow Drain ¿14 Image Part , INTEGRATED CIRCUIT TOSHIBA TECHNICAL DATA TOSHIBA CCD AREA IMAGE SENSOR TCD512 0 A C CCD(Charge Coupled Device) GENERAL TCD5120AC is a frame interline CCD area image sensor developed for a 3 , its image size agrees with 2/3 inch type optical system. This device offers high sensitivity and


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PDF TCD512 TCD5120AC transistor H1A C500 TC6024AU TC6134AF TC6068AU
Condor c-fi 30

Abstract: w33 transistor 2N3735 2N3737 2N3737JTX 2N3735J 2N3735JTX 2N3737J desi 30 2N3735 MOTOROLA
Text: , Pulse Width 250 to 350 W, Duty Cycle 1.0 to 2.0%. COMMERCIAL PLUS AND MIUAERO SMALL SIGNAL TRANSISTOR , Motorola Ltd.; M2-1 , Mshffio_ Shinagawa+u, Tokyo 141, Japan. ASIA PACIFIC Motorola Semi@nduotors H.K. Ltd


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PDF by2N3735JT~ 2N3735JTX, 2N3737JTX Smal14ignal 2N3737 2N3735 T0205AD 2N3737 TG206AB 1PHX24101 Condor c-fi 30 w33 transistor 2N3735 2N3737JTX 2N3735J 2N3735JTX 2N3737J desi 30 2N3735 MOTOROLA
UPS TOSHIBA

Abstract: C500 TC6134AF TCD5340C 3ccd asi3
Text: NAME ¿11 Image Part V-CCD Clock (Phase 1) OD1 First Output Transistor Drain ¿12 Image Part V-CCD Clock (Phase 2) OD2 Second Output Transistor Drain ¿13 Image Part V-CCD Clock (Phase 3) OFD Overflow , INTEGRATED CIRCUIT TOSHIBA TECHNICAL DATA TOSHIBA CCD AREA IMAGE SENSOR TCD5340C CCD(Charge Coupled Device) GENERAL TCD5340C is a frame interline CCD area image sensor developed for a 3-CCD color , image size agrees with 2/3 inch type optical system. This device offers high sensitivity, high


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PDF TCD5340C TCD5340C UPS TOSHIBA C500 TC6134AF 3ccd asi3
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