The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1175CDWF#MILDWF Linear Technology LT1175 - 500mA Negative Low Dropout Micropower Regulator; Pins: 5
LT3029IMSE#PBF Linear Technology LT3029 - Dual 500mA/500mA Low Dropout, Low Noise, Micropower Linear Regulator; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3029EMSE#PBF Linear Technology LT3029 - Dual 500mA/500mA Low Dropout, Low Noise, Micropower Linear Regulator; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3029MPMSE#TR Linear Technology LT3029 - Dual 500mA/500mA Low Dropout, Low Noise, Micropower Linear Regulator; Package: MSOP; Pins: 16; Temperature Range: -55°C to 125°C
LT3029IMSE#TRPBF Linear Technology LT3029 - Dual 500mA/500mA Low Dropout, Low Noise, Micropower Linear Regulator; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3029EDE Linear Technology LT3029 - Dual 500mA/500mA Low Dropout, Low Noise, Micropower Linear Regulator; Package: DFN; Pins: 16; Temperature Range: -40°C to 85°C

Signal-500mA Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - ndr 550

Abstract: 12VIN WJA65 mosfet so8 1128 Si4410 SC1545CS SC1545 MS-012AA IRLMS6802 2545 power n-channel mosfet
Text: TM 500mA SmartLDO With Power Up Signal Sequencing PRELIMINARY - January 17, 2000 SC1545 , provides the capability to control three separate supplies. There is an on-board 500mA , 2.5V LDO with , , and the N-channel MOSFET drive is derived from the 12V supply. 500mA LDO with Over Current , TM 500mA SmartLDO With Power Up Signal Sequencing SC1545 PRELIMINARY - January 17, 2000 , CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320 TM 500mA SmartLDO With Power Up Signal


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PDF 500mA SC1545 SC1545 500mA, 250msec. MS-012AA ECN99-694 ECN00-831 ndr 550 12VIN WJA65 mosfet so8 1128 Si4410 SC1545CS MS-012AA IRLMS6802 2545 power n-channel mosfet
2N5355

Abstract: 2N5354 2N4424 2N5306 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4425
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N355 2N5355 2N5354 2N5306 2N5305
AIC1526 ESD

Abstract: AIC1526 AIC1526-0 AN98001
Text: ability of downstream ports on each port basis or have a supplying up to 500mA to each downstream , 5V-3.3V Regulator Report Downstream VBus Power Switch 5V from Upstream Port 500mA /port , power from an output port is 500mA for the self-powered hubs, upstream self-power hub. The , upstream port up to 500mA . The output current of self-powered hub with 4 output ports is the most , Requirements per Ports ·Minimum current per port is 500mA . ·If a channel has n ports, maximum current per


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PDF AN98-001 AIC1526 AIC1526 AIC1526 ESD AIC1526-0 AN98001
AN006

Abstract: AIC1526 ESD AIC1526 AIC1526-0 10A ferrite bead
Text: of for downstream ports on each port basis or have a supplying up to 500mA to each downstream , Port 500mA /port (max) Downstream Data Ports Hub Controller 4 ports(max) 100mA each , is 500mA for the self-powered hubs, connector must receive a minimum of 4.65V, while but the , port up to 500mA . The output current of different number of ports of self-powered hub. A each , 500mA . ·If a channel has n ports, maximum current per port is 5A/n.(n7) Minimum Current/Port


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PDF AN006 AIC1526 AIC1526 AN006 AIC1526 ESD AIC1526-0 10A ferrite bead
1999 - IOW24PV-P

Abstract: LTC3455 IOW24-P IOW24 IOW24PV-S 20containing SOIC24 PDIP24 MIC2025 LP3947
Text: a device tries to draw 500mA without registering properly. Not all USB ports can supply 500mA . Drawing 500mA from a low power port can cause the overcurrent protection to trip or it can degrade the , battery gets discharged. IO-Warrior24 PowerVampire does register as a USB device and asks for 500mA , in case it can not be configured for 500mA it will request 100mA. The power level for which it got , draw power off USB 8 12 Goes high if 500mA available, low for 100mA Only valid if Active


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PDF IOW24PowerVampire LTC3455 LP3947 LP3947 IOW24PV x49-3379-20509-20 x49-33790-20509-30 IOW24PV-P IOW24-P IOW24 IOW24PV-S 20containing SOIC24 PDIP24 MIC2025
D39C4

Abstract: 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4425 2N4424 2N4256 2N5175
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A D39C4 2N5305 2N5175
150 mA CMOS Low-Dropout Regulator sot 23-5

Abstract: GMT2616S08 laptop battery pinout 500MV GMT2616 GMT2616R08 MSOP-08
Text: PRELIMINARY INFORMATION GMT2616 Great GMT Mixed Signal Technologies 500mA Peak , . It features a 500mA peak output rating. Continuous output current is limited only by package and , · · · · · · · · · · · ERROR FLAG INDICATES UNDER-VOLTAGE FAULT GUARANTEED 500MA PEAK , GMT Mixed Signal Technologies GMT2616 500mA Peak Low-Dropout Regulator Figure 1: FUNCTIONAL , Signal Technologies 500mA Peak Low-Dropout Regulator Figure 2: Package Pinout Diagrams


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PDF GMT2616 500mA GMT2616 500mV TheGMT2616 GMT-4771 150 mA CMOS Low-Dropout Regulator sot 23-5 GMT2616S08 laptop battery pinout GMT2616R08 MSOP-08
2002 - BD7902

Abstract: BD7902CFS SSOP-A54
Text: , 2 SLRNF=0.5 Fig1, 2 IL= 500mA Fig1, 2 IL=- 500mA Fig1, 2 SLRNF=0.5 Fig1, 2 Fig1 , saturation voltage "H" VOHFT - 0.45 0.8 V IL= 500mA Fig1, 2 Output saturation voltage "L" VOLFT - 0.45 0.8 V IL=- 500mA Fig1, 2 Voltage gain GVFT 16.0 17.5 , =0.33 Fig1, 2 IL= 500mA Fig1, 2 IL=- 500mA Fig1, 2 SPRNF=0.33 Fig1, 2 Fig1, 2 Spindle , 50 mV 1.1 1.4 V IL= 500mA Fig1, 2 0.8 V IL=- 500mA Fig1, 2 19.0 dB


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PDF BD7902CFS BD7902CFS 70mm2, SSOP-A54 BD7902 SSOP-A54
laptop battery pinout

Abstract: 500MV GMT2619 GMT2619R08 GMT2619S08 MSOP-08 150 mA CMOS Low-Dropout Regulator sot 23-5
Text: PRELIMINARY INFORMATION GMT2619 Great GMT Mixed Signal Technologies 500mA Peak , . It features a 500mA peak output rating. Continuous output current is limited only by package and , or fixed output volt-ages in space-saving SOT-23-5 and 8-lead power MSOP packages. Guaranteed 500mA , Technologies GMT2619 500mA Peak Low-Dropout Regulator Figure 1: FUNCTIONAL BLOCK DIAGRAMS GMT , 22-039-700 PRELIMINARY INFORMATION GMT2619 Great GMT Mixed Signal Technologies 500mA Peak


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PDF GMT2619 500mA GMT2619 500mV GMT-4771 laptop battery pinout GMT2619R08 GMT2619S08 MSOP-08 150 mA CMOS Low-Dropout Regulator sot 23-5
2N4256

Abstract: 2N4424 2N4425 2N5174 2N5232 2N5232A 2N5249A 2N5305 2N5306
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N5418 2N5305 2N5306
2N5355

Abstract: "to-98" package 2N5306 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4425 2N4424
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N355 2N5355 "to-98" package 2N5306 2N5305
2N4425

Abstract: 2N5305 2N4256 2N4424 2N5174 2N5232 2N5232A 2N5249A 2N5306
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N5305 2N5306
2009 - Not Available

Abstract: No abstract text available
Text: ‚¹ @100MHz 直流抵抗 CRR32NP-02A Min. 800Ω Max. 500m⠄¦ 400mA CRR32NP-05A Min. 650â , å®šæ ¼é›»æµ 1200Ω 0.17Ω 500mA 10k PM11 CLP42B-PM09 800Ω 0.14Ω 500mA CLP42B-PM07 460Ω 0.11Ω 500mA Application / 用途 1. Common mode choke or , 10k 100k 1M 10M 100M 500mA CPFC54-222C 4k 14k 500mA CPFC54-102C 510c 5k 2k 500mA CPFC54-471C 16k 110c 6k IMPEDANCE (½) Inductance IMPEDANCE (Â


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PDF 100MHz CRR32NP-02A 400mA CRR32NP-05A 460mA CRR32NP-07A NP-203 210mA NP-501
2009 - led driver 12v only circuit diagram

Abstract: No abstract text available
Text: XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver March 2009 Rev. 1.0.0 GENERAL , XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver ABSOLUTE MAXIMUM RATINGS These are stress , temperature are guaranteed by design. © 2009 Exar Corporation 2/13 Rev. 1.0.0 XRP7603 500mA 29V , Fig. 3: XRP7603 Pin Assignement © 2009 Exar Corporation 3/13 Rev. 1.0.0 XRP7603 500mA , = Lot Number © 2009 Exar Corporation 4/13 Rev. 1.0.0 XRP7603 500mA 29V Non-Sync. Buck


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PDF XRP7603 500mA XRP7603 200mV led driver 12v only circuit diagram
2N4256

Abstract: 2N4425 2N5306 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4424 2N5172
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A D29E1/D33D21 2N5306 2N5305 2N5172
2N4424

Abstract: D39C4 quan-tech 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4425 2N4256
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N5307, D39C4 quan-tech 2N5305
2N5306 equivalent

Abstract: ATI 200M D39C4 2N5232A 2N5232 2N5174 2N4425 2N4424 2N4256 2N5306
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 100Hz) 2N5306 equivalent ATI 200M D39C4 2N5306
2N4256

Abstract: 2N5306 2N5305 2N5249A 2N5232A 2N5232 2N5174 2N4425 2N4424 "to-98" package
Text: 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E2 PNP 25 1 b0-500 2mA, 2 0.75 500mA , 50mA 165 9.4 500 D29E4 PNP 40 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E5 PNP 40 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D29E6 PNP 40 150 300 2mA, 2 0.75 500mA , 50mA 150 9.4 500 D29E9 PNP 60 60-120 2mA, 2 0.75 500mA , 50mA 120 9.4 500 D29E10 PNP 60 100-200 2mA, 2 0.75 500mA , 50mA 135 9.4 500 D33D21 NPN 25 60-200 2mA, 2 0.75 500mA , 50mA 150 9.4 625 D33D22 NPN 25 150-500 ?mA, ? 0.75 500mA , 50mA 165 9.4 625 D33D24


OCR Scan
PDF 2N4256 2N4424 2N4425 130-b40 2IM5172 2N5174 2N5232 2N5232A 2N5249A 2N5365 2N5306 2N5305 "to-98" package
2009 - Luxeon K2 driver schematic

Abstract: SP7600 Luxeon driver schematic XRP7603 1N4148 B340A adjustable led constant current driver 500mA XRP7603EDB
Text: XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver March 2009 Rev. 1.0.0 GENERAL , 94538, USA www.exar.com Tel. +1 510 668-7000 ­ Fax. +1 510 668-7001 XRP7603 500mA 29V Non-Sync , 2/13 Rev. 1.0.0 XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver BLOCK DIAGRAM Fig , Corporation 3/13 Rev. 1.0.0 XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver PIN DESCRIPTION , /13 Rev. 1.0.0 XRP7603 500mA 29V Non-Sync. Buck High Power LED Driver TYPICAL PERFORMANCE


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PDF XRP7603 500mA XRP7603 200mV 10tion Luxeon K2 driver schematic SP7600 Luxeon driver schematic 1N4148 B340A adjustable led constant current driver 500mA XRP7603EDB
DVP-40EH

Abstract: DVP-64EH DVP-32EH DVP-80EH DVP-16EH DVP-48EH DVP EH series PLC Dvp40eh DVP32EH00M Temperature sensor using plc
Text: Y0 Y0 +5V Y1 C1 Y4 7 Y5 4 Y6 Y7 50VA 60VA 500mA 500mA MC 1 MC 2 , pair cable B+ Y1 Circuit for Line Receiver 60VA 60VA 60VA 80VA 80VA 500mA 500mA 500mA 500mA 1.500V AC (Primary-secondary) 5M 1,500V AC (Primary-PE) 500V AC , Y1- B- OnOff 80EH00 500mA LED OffOn A+ Y0 64EH00 DC24V > 18.5V , . 7 C0 TRANSISTOR OUTPUT 2.0 A DC/DC 6 50VA 500mA S/S 1 1 6 C0


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PDF DVP32EH00M DC24V 200KHz 50KHz) DVP32EH00R/T 200KHz 50KHz DVP-40EH DVP-64EH DVP-32EH DVP-80EH DVP-16EH DVP-48EH DVP EH series PLC Dvp40eh Temperature sensor using plc
2510 connector

Abstract: gang capacitor AIC1526 AIC1526-0 AN-98S
Text: and report over-current conditions and have the ability of supplying up to 500mA to each downstream , Downstream VBus Overcurrent Limit 500mA /port (max) Downstream Data Ports Hub Controller , minimum output current limit of each output port is 500mA for the self-powered hubs, but the maximum , AN98-SW01EN May 1998 port up to 500mA . The output current of each port doesn't have to be limited, but , port is 500mA . ·If a channel has n ports, maximum current per port is 5A/n.(n7) Minimum Current/Port


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PDF AN98-SW01EN AIC1526 AIC1526 2510 connector gang capacitor AIC1526-0 AN-98S
2014 - MP6507

Abstract: No abstract text available
Text: Voltage Range Two Internal Full-Bridge Drivers Low MOSFET On Resistance (HS: 500m⠄¦; LS: 500 mâ , Fault Output Logic, Low IOUT= 500mA , VIN=5V TJ=25°C IOUT= 500mA , VIN=2.7V TJ=25°C IOUT= 500mA , VIN=5V TJ=85°C IOUT= 500mA , VIN=2.7V TJ=85°C IOUT= 500mA , VIN=5V TJ=25°C IOUT= 500mA , VIN=2.7V TJ=25°C IOUT= 500mA , VIN=5V TJ=85°C IOUT= 500mA , VIN=2.7V TJ=85°C IOUT= 500mA V mV V V V V 70 , on the evaluation board of the Design Example section. IOUT= 500mA , FSTEP=100Hz, Stepper Motor: L


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PDF MP6507 V-to-15V, 700mA, MP6507 700mA 16-pin,
1996 - CS8141TV7

Abstract: CS-8140DW24 CS-8140N14 CS-8140T7 CS-8140TV7 CS-8141DW24 CS-8141T7 CS-8141TV7 npn transistor 3A
Text: CS-8140/1 5V, 500mA Linear Regulator with ENABLE, RESET, and Watchdog Features Description , @ I OUT = 500mA ) and low quiescent current (7mA @ IOUT = 500mA ). On board short circuit, thermal , Functions WATCHDOG RESET ENABLE Low Dropout Voltage (1.25V @ 500mA ) Low Quiescent Current (7mA @ 500mA ) Low Noise, Low Drift Low Current SLEEP Mode (IQ = 250µA) Fault Protection Thermal Shutdown , <26V, 5mA< 500mA , -40ºc


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PDF CS-8140/1 500mA CS-8140 O-220 O-220 CS-8140T7 CS-8140TV7 CS-8140DW24 CS8141TV7 CS-8140DW24 CS-8140N14 CS-8140T7 CS-8140TV7 CS-8141DW24 CS-8141T7 CS-8141TV7 npn transistor 3A
DVP20EX2

Abstract: D1062 transistor DVP20EX2-R DVP20EX200R DVP40ES2-T DVP40ES2 DVP60ES2 TRANSISTOR D1062 DVP60ES2-R D1062
Text: Power consumption 30VA 30VA 30VA 30VA 30VA 30VA 500mA 500mA 500mA 500mA 500mA 500mA DC24V current output 5% Power supply protection DC24V output short circuit , DC power supply output: 24VDC, 500mA 9 Grounding resistance: < 100 10 DC power supply , 500mA 500mA 500mA 500mA 500mA 500mA -9- 16ES200 24ES200 32ES200 40ES200 , 500mA 8 11 DC DC Signal IN / 13 / 12 100 9 24VDC 10 DVP PLC


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PDF 5011685800-E200 DVP-1130030-01 24VDC 500mA 24VDC -20mA~ DVP20EX2 D1062 transistor DVP20EX2-R DVP20EX200R DVP40ES2-T DVP40ES2 DVP60ES2 TRANSISTOR D1062 DVP60ES2-R D1062
2002 - BD7904FS

Abstract: SSOP-A54 FG31
Text: VOHFT - 0.45 0.8 V Io= 500mA Fig1, 2 Output saturation voltage "L" VOLFT - 0.45 0.8 V Io= 500mA Fig1, 2 Voltage gain GVFT 16.0 17.5 19.0 dB Input , =0.33 Fig1, 2 Ip= 500mA Io= 500mA Fig1, 2 SPRNF=0.33 Fig1, 2 Fig1, 2 Spindle driver block FG , Output limit current PWM frequency Fig1, 2 ILIMSL Fig1, 2 SLRNF=0.5 Fig1, 2 Io= 500mA Fig1, 2 Io= 500mA SLRNF=0.5 Fig1, 2 Fig1, 2 Actuator driver block Fig1, 2 Fig1, 2 This


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PDF BD7904FS BD7904FS SSOP-A54 70mm2, SSOP-A54 FG31
Supplyframe Tracking Pixel