NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: 5mA < I < 1.3A 2/6 12V Output Voltage Unit 5.6 14.4V < VS < 21.6V 5mA < I < 0.8A Vout 8V Typ. 14.4V < VS < 21.6V 5mA < I < 0.6A 5V Output Voltage IO = 125mA 14.4V < VS , Regulation Load Regulation Dropout Voltage Current Limit IO = 125mA 14.4V < VS < 21.6V 5mA < I < 0.25 , 8.6V Output Voltage IO = 300mA 8.4 9.1 V 14.4V < VS < 21.6V 5mA < I < 0.6A 8.3 9.2 , Vout12Va 12V Output Voltage Iout = 400mA 11.7 12.7 V 14.4V < VS < 21.6V 5mA < I < 0.8A ... | Original |
6 pages, |
regulator 12V, 250mA CURRENT REGULATOR 12V 30 A Voltage 14.4v regulator L4959 data sheet switching regulator 12v 3A l4959 L4959 L4959 abstract |
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| Abstract: Symbol Vout 8V Parameter 5V Output Voltage Typ. Unit IO = 125mA 5.6 V 14.4V < VS , V 12V Output Voltage 14.4V < VS < 21.6V 5mA < I < 0.6A Iout = 400mA 8.6 12 V V 14.4V < VS < 21.6V 5mA < I < 0.8A Vout 12Va 8.6V Output Voltage 12 V Iout = 650mA 14.4V , Ilim Line Regulation Load Regulation Dropout Voltage Current Limit IO = 125mA 14.4V < VS , 2.05 325 8.6V/0.6A SWITCHED OUTPUT VOLTAGE Vout 8V 8.6V Output Voltage IO = 300mA 14.4V ... | Original |
6 pages, |
current limit switch 12V L4959 L4959 abstract |
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| Abstract: COEDITIONS I MXH Supply Current VCC - 14.4V Bagolaro* High VCC - 14.4V Regulator No Load Output VCC - , voltage regulator with output « Synchronous and asynchronous mods select Campo,ir. sync, latest«! orticai , Stata Current | VCC - 14.4V Clock Input 1 Stata Carrent Syne Input V9 » 0.9V 713 - OV State Current VCC - 14.4V 713 - 4.0V Syne Input 1 Stata Current Porca Aaync 0 Stata Currant J VCC - 14.4V V8 - , - 300 «V VCC - 14.4V 72 - OV V3 - 4.5V VCC - 14.4V 72 - OV 73 • 1.0V TTP 15 6.3 5.7 3*2 ... | OCR Scan |
10 pages, |
SN76566 sacio S30R CVA 3L Voltage 14.4v regulator SN76566 abstract |
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| Abstract: Internal ratio voltage regulator with output • Synchronous and asynchronous mode select • Composite sync , Current CONDITIONS VCC - 14.4V VCC - 14.4V VCC - 13.2V VCC - 12V 14 - -35 mA V9 - OV VCC ss 14.4V V9 - 0.9V V13 - OV VCC » 14.4V V13 = 4.0V V8 - OV VCC - 14.4V V8 - 4.5V V2 - 300 mV VCC - 14.4V V2 - OV V3 - 4.5V VCC - 14.4V V2 - OV V3 - 1.0V 12 « 50 V3 « 4.5V MIN I TYP I MAX 7 1 15 I 24 , VCC - 8.4V and 14.4V fc - 37.5 KHz 2 1 B HZPW 11 1 Horz. Driver 1 State Pulse Width VCC - 8.4V ... | OCR Scan |
10 pages, |
SN76566 Countdown circuit N76566 N76566 abstract |
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| Abstract: 8V Parameter 5V Output Voltage Typ. Unit IO = 125mA 5.6 V 14.4V < VS < 21.6V , 12V Output Voltage 14.4V < VS < 21.6V 5mA < I < 0.6A Iout = 400mA 8.6 12 V V 14.4V < VS < 21.6V 5mA < I < 0.8A Vout 12Va 8.6V Output Voltage 12 V Iout = 650mA 14.4V < VS < 21.6V , let Vout 8V 8.6V Output Voltage IO = 300mA 14.4V < VS < 21.6V 5mA < I < 0.6A Vline Vload , 12V Output Voltage Iout = 650mA 14.4V < VS < 21.6V 5mA < I < 1.3A Vline Line Regulation ... | Original |
6 pages, |
L4959 L4959 abstract |
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| Abstract: 300mA 8.6 V 12V Output Voltage 14.4V < VS < 21.6V 5mA < I < 0.6A Iout = 400mA 8.6 12 V V 14.4V < VS < 21.6V 5mA < I < 0.8A Vout 12Va 8.6V Output Voltage 12 V Iout = 650mA 14.4V < VS < 21.6V 5mA < I < 1.3A 12 12 V V 12V Output Voltage L4959 L4959 THERMAL DATA , 250 5.9 6 5 50 2.05 325 8.6V Output Voltage IO = 300mA 14.4V < VS < 21.6V 5mA < I , 12V Output Voltage du o so Ob - Iout = 400mA 14.4V < VS < 21.6V 5mA < I < 0.8A Vline ... | Original |
6 pages, |
L4959 data sheet L4959 L4959 abstract |
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| Abstract: Content SMART BATTERY THERMISTER V+ REGULATOR T SDA SMBus ANALOG OVER CURRENT PROTECTION CURRENT MEASUREMENT VOLTAGE MEASUREMENT CONTROL CIRCUIT BATTERY CONTROL MICROCOMPUTER M61040FP M61040FP SCL E2PROM 8 MHz 32 kHz VÂ SMBus : System Management Bus LiIon BATTERY PACK 14.4V (3.6V X 4) / 1000 to 2000mAh Links from this file are limited pdf files of ASSPs. ... | Original |
1 pages, |
Voltage 14.4v regulator thermister m61040fp li-ion battery pack datasheet abstract |
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| Abstract: Current, I9: Low Test pin 9 = GND, S2 Closed, Note 2 14.4V 2V Â180 Â70 uA Voltage , nonÂsynchronous mode. The proportional voltage regulator output at Pin4 is about 43% of the supply voltage at , Closed, Note 7, Test pin 1 = 14.4V 32 32 Ratio Horizontal Pulse Width, Pin11 S3, S7, S8 , pin1 = 14.4V 28 34 us Asynchronous NonÂCoincident Frequency Divide Ratio, fg ÷ f3 S3, S7, S8 Closed, Notes 9, 12, 13, 14, 15, Test pin 1 = 14.4V, 8 = 0.2V, 12 = 1.5V Ramp Charge Pulse ... | Original |
5 pages, |
NTE849 NTE701 ic 7808 voltage regulator REGULATOR IC 7808 s7 200 noise NTE849 abstract |
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| Abstract: -20 mA â- 0.15 0.15 V Supply Current, Ij S2 Closed, Note 1 14.4V 2V 10 35 mA Clock Current, IgtLow Test Pt. 9 = GND S2 Closed, Note 2 14.4V 2V -180 -70 fA Voltage, V9 S2 Closed, Note 3 t4.4V , Units Test Point Nos, Min 1 3 4 5 6 10 11 13 Ratio Regulator Voltage, V4: Load S2 , 700 MA Sync Low 14.4V 2V OV -25 25 mA Forced Asynchronous Cuirent, (3 S2 Closed, Note 3, Test , , S8 Closed, Notes 7, 8 Test Pt, 1 = 14.4V 32 32 Ratio Horizontal Pulse Width, Terminal 11 S3, S7, S8 ... | OCR Scan |
6 pages, |
T-77 ECG849 ECG701 8384 NTSC test generator ECG849 abstract |
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| Abstract: +150°C Electrical characteristics (VIN = 14.4V, IO = 10mA, Tj = 25°C unless otherwise specified). , 007-427 Electrical characteristics (VIN = 14.4V, IO = 10mA, Tj = 25°C unless otherwise specified). , temperature. The input voltage to the regulator should be maintained at 0.6V above the output to keep internal , between the unregulated input voltage and the regulated output voltage for which the regulator will , RS stock numbers 630-702 (TO-92), 630-730 (TO-220) Two 5V positive voltage regulators with maximum ... | Original |
4 pages, |
2931 5v datasheet abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| V Output Voltage IO = 125mA 5.6 V 14.4V < V S < 21.6V 5mA < I < 0.25A 5.6 V V out 8V 8.6V Output Voltage IO = 300mA 8.6 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.6 V V out 12Va 12V Output Voltage Iout = 400mA 12 V 14.4V < V S < 21.6V 5mA < I < 0.8A 12 V V out 12Vb 12V Output Voltage Iout = 650mA 12 V 14.4V < V S < 21.6V 5mA < I < 1.3A 12 V 1 2 3 .6A SWITCHED OUTPUT VOLTAGE V out 8V 8.6V Output Voltage I O = 300mA 8.4 9.1 V 14.4V < V www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6275-v3.htm |
STMicroelectronics | 25/05/2000 | 9.39 Kb | HTM | 6275-v3.htm |
| Parameter Test Condition Typ. Unit V out 5V 5V Output Voltage IO = 125mA 5.6 V 14.4V < V S < 21.6V 5mA < I < 0.25A 5.6 V V out 8V 8.6V Output Voltage IO = 300mA 8.6 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.6 V V out 12Va 12V Output Voltage Iout = 400mA 12 V 14.4V < V S < 21.6V 5mA < I < 0.8A 12 V V out 12Vb 12V Output Voltage Iout = 650mA 12 V 14.4V < V S < 21.6V 5mA < I < 1.3A Output Voltage I O = 125mA 5.45 5.9 V 14.4V < V S < 21.6V 5mA < I < 0.25 5.40 6 V D V line www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6275.htm |
STMicroelectronics | 20/10/2000 | 9.86 Kb | HTM | 6275.htm |
| 5V Output Voltage IO = 125mA 5.6 V 14.4V < V S < 21.6V 5mA < I < 0.25A 5.6 V V out 8V 8.6V Output Voltage IO = 300mA 8.6 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.6 V V out 12Va 12V Output Voltage Iout = 400mA 12 V 14.4V < V S < 21.6V 5mA < I < 0.8A 12 V V out 12Vb 12V Output Voltage Iout = 650mA 12 V 14.4 .6V Output Voltage I O = 300mA 8.4 9.1 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.3 9.2 V D V line Line Output Voltage I out = 400mA 11.7 12.7 V 14.4V < V S < 21.6V 5mA < I < 0.8A 11.6 12.8 V D V line Line www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6275-v1.htm |
STMicroelectronics | 02/04/1999 | 7.45 Kb | HTM | 6275-v1.htm |
| 5V Output Voltage IO = 125mA 5.6 V 14.4V < V S < 21.6V 5mA < I < 0.25A 5.6 V V out 8V 8.6V Output Voltage IO = 300mA 8.6 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.6 V V out 12Va 12V Output Voltage Iout = 400mA 12 V 14.4V < V S < 21.6V 5mA < I < 0.8A 12 V V out 12Vb 12V Output Voltage Iout = 650mA 12 V 14.4 .6V Output Voltage I O = 300mA 8.4 9.1 V 14.4V < V S < 21.6V 5mA < I < 0.6A 8.3 9.2 V D V line Line Output Voltage I out = 400mA 11.7 12.7 V 14.4V < V S < 21.6V 5mA < I < 0.8A 11.6 12.8 V D V line Line www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6275-v2.htm |
STMicroelectronics | 14/06/1999 | 7.41 Kb | HTM | 6275-v2.htm |
| =14.4 V) I R 0.01 uA Maximum Regulator Current I ZM 24 m MLL5536B MLL5536B MLL5536B MLL5536B (#12830) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/12830.htm |
Microsemi | 08/12/1999 | 8.32 Kb | HTM | 12830.htm |
| =14.4 V) I R 10 uA Maximum Regulator Current I ZM 2450 m 1N2817A 1N2817A 1N2817A 1N2817A (#1684) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/1684.htm |
Microsemi | 07/12/1999 | 9.24 Kb | HTM | 1684.htm |
| =14.4 V) I R 10 uA Maximum Regulator Current I ZM 2450 m JAN1N2817B JAN1N2817B JAN1N2817B JAN1N2817B (#6924) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/6924-v1.htm |
Microsemi | 08/12/1999 | 9.26 Kb | HTM | 6924-v1.htm |
| =14.4 V) I R 10 uA Maximum Regulator Current I ZM 2450 m 1N2817B 1N2817B 1N2817B 1N2817B (#1685) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/1685.htm |
Microsemi | 07/12/1999 | 9.24 Kb | HTM | 1685.htm |
| Reverse Leakage Current (V R =14.4 V) I R 0.05 uA Maximum Regulator Current I ZM 1N4706 1N4706 1N4706 1N4706 (#2760) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/2760-v1.htm |
Microsemi | 08/12/1999 | 7.65 Kb | HTM | 2760-v1.htm |
| =14.4 V) I R 0.01 uA Maximum Regulator Current I ZM 24 m MLL5536B-1 MLL5536B-1 MLL5536B-1 MLL5536B-1 (#12831) Zener Voltage Regulator Diode Division Scottsdale Min Nom Max Unit Zener Voltage www.datasheetarchive.com/files/microsemi/products/12831.htm |
Microsemi | 08/12/1999 | 8.32 Kb | HTM | 12831.htm |