VARIABLE VOLTAGE BOOST REGULATOR Search Results
VARIABLE VOLTAGE BOOST REGULATOR Result Highlights (5)
Part | ECAD Model | Manufacturer | Description | Download | Buy |
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MGN1D120603MC-R7 | Murata Manufacturing Co Ltd | DC-DC 1W SM 12-6/-3V GAN | |||
MGN1D050603MC-R7 | Murata Manufacturing Co Ltd | DC-DC 1W SM 5-6/-3V GAN | |||
MGN1S0512MC-R7 | Murata Manufacturing Co Ltd | DC-DC 1W SM 5-12V GAN | |||
MGN1S1212MC-R7 | Murata Manufacturing Co Ltd | DC-DC 1W SM 12-12V GAN | |||
MGN1S1208MC-R7 | Murata Manufacturing Co Ltd | DC-DC 1W SM 12-8V GAN |
VARIABLE VOLTAGE BOOST REGULATOR Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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202247A
Abstract: AAT2403 AAT2404 120v to 280v switching regulator circuits
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AAT2404 AAT2404 02247A 202247A AAT2403 120v to 280v switching regulator circuits | |
24v to 12v converter CIRCUIT DIAGRAM
Abstract: CD75 ML4761 ML4761CS ML4761ES ML4761IS 56uH
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ML4761* ML4761 24v to 12v converter CIRCUIT DIAGRAM CD75 ML4761CS ML4761ES ML4761IS 56uH | |
CD75
Abstract: ML4761 ML4761CS ML4761ES ML4761IS
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ML4761 ML4761 CD75 ML4761CS ML4761ES ML4761IS | |
Contextual Info: July 2000 ML4761* Adjustable Output Low Voltage Boost Regulator GENERAL DESCRIPTION FEATURES The ML4761 is a boost regulator designed for DC to DC conversion in 1 to 3 cell battery powered systems. The combination of BiCMOS process technology, internal synchronous rectification, variable frequency operation, |
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ML4761* ML4761 | |
ML4875Contextual Info: July 1996 ML4875 Low Voltage Boost Regulator with Shutdown GENERAL DESCRIPTION FEATURES The ML4875 is a boost regulator designed for DC to DC conversion in 1 to 3 cell battery powered systems. The combination of BiCMOS process technology, internal synchronous rectification, variable frequency operation, |
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ML4875 O7/01/96 | |
CD75
Abstract: ML4875 ML4875CS-3 ML4875CS-T DS4875
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ML4875* ML4875 CD75 ML4875CS-3 ML4875CS-T DS4875 | |
Contextual Info: July 2000 ML4875 Low Voltage Boost Regulator with Shutdown GENERAL DESCRIPTION FEATURES The ML4875 is a boost regulator designed for DC to DC conversion in 1 to 3 cell battery powered systems. The combination of BiCMOS process technology, internal synchronous rectification, variable frequency operation, |
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ML4875 | |
CD75
Abstract: ML4761 ML4761CS ML4761ES ML4761IS DS4761-01
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ML4761* ML4761 DS4761-01 CD75 ML4761CS ML4761ES ML4761IS DS4761-01 | |
transistor c 2335
Abstract: CD75 ML4875 ML4875CS-3 ML4875CS-T 47RA
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ML4875 ML4875 transistor c 2335 CD75 ML4875CS-3 ML4875CS-T 47RA | |
CD75
Abstract: ML4875 ML4875CS-3 ML4875CS-T ML4875CS-X transistor c 2335
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ML4875 ML4875 O7/01/96 CD75 ML4875CS-3 ML4875CS-T ML4875CS-X transistor c 2335 | |
ml4861is-6
Abstract: 4046 IC circuit diagram
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ML4861 ML4861 ml4861is-6 4046 IC circuit diagram | |
kef 842
Abstract: 228A2 ML4861
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ML4861 ML4861 kef 842 228A2 | |
4046 IC circuit diagramContextual Info: October 4996 ¡ò ro L in e a r ML4861 Low Voltage Boost Regulator GENERAL DESCRIPTION The ML4861 is a boost regulator designed for DC to DC conversion in 1 to 3 cell battery powered systems. The combination of BiCMOS process technology, internal synchronous rectification, variable frequency operation, |
OCR Scan |
ML4861 60llH ML4861CS-3 ML4861CS-5 ML4861CS-6 ML4861ES-3 ML4861ES-5 4046 IC circuit diagram | |
Circuit diagram of 12v 4W LED drive
Abstract: cuk Converter advantages
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HV9930 HV9930 MS-012AA) DSFP-HV9930 NR062005 Circuit diagram of 12v 4W LED drive cuk Converter advantages | |
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DT1608C-103
Abstract: ML4854
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ML4854 200mA ML4854 DS30004854 DT1608C-103 | |
Contextual Info: Supertex inc. AT9933 Hysteretic Boost-Buck Ćuk LED Driver IC Features General Description Constant current LED Driver Steps input voltage up or down Low EMI Variable frequency operation Internal 75V linear regulator Input and output current sensing Input current limit |
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AT9933 AEC-Q100 AT9933 DSFP-AT9933 B061710 | |
DT1608C-103
Abstract: ML4854 inductor 19.4 uh with ESR rating LQ66C100M4
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ML4854 200mA ML4854 DS30004854 DT1608C-103 inductor 19.4 uh with ESR rating LQ66C100M4 | |
Contextual Info: HV9930 HV9930 Hysteretic Boost-Buck Ćuk LED Driver ICs Features General Description Constant Output Current Steps Output Voltage Up or Down Low EMI Variable Frequency Operation Internal 8 to 200V Linear Regulator Input and output current sensing Input Current limit |
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HV9930 HV9930 27BSC DSFP-HV9930 A083006 | |
DT1608C-103
Abstract: ML4854
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ML4854 200mA ML4854 DS30004854 DT1608C-103 | |
12 to -12v cuk converter
Abstract: HV9930LG-G 200V AUTOMOTIVE MOSFET HV9930 HV9930P-G MS-012AA AN-H51 CS-1200 33V, 1W Zener Diode cuk isolation
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HV9930 HV9930 MS-012AA) DSFP-HV9930 A090805 12 to -12v cuk converter HV9930LG-G 200V AUTOMOTIVE MOSFET HV9930P-G MS-012AA AN-H51 CS-1200 33V, 1W Zener Diode cuk isolation | |
LQ66C100M4
Abstract: inductor 19.4 uh with ESR rating DT1608C-103 ML4854
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ML4854 200mA ML4854 DS30004854 LQ66C100M4 inductor 19.4 uh with ESR rating DT1608C-103 | |
b0617
Abstract: J1752-3 125OC AEC-Q100 AT9933 9933 mosfet
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AT9933 AEC-Q100 AT9933 DSFP-AT9933 B061710 b0617 J1752-3 125OC 9933 mosfet | |
B0910
Abstract: 9933 b aec-q100 zener 55ma 9933 mosfet 15nc c3 125OC AEC-Q100 AT9933 J1752-3
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AT9933 AEC-Q100 AT9933 DSFP-AT9933 B091008 B0910 9933 b aec-q100 zener 55ma 9933 mosfet 15nc c3 125OC J1752-3 | |
AVR602: Using the ATtinyX3U Top Module
Abstract: Atmel STK600 schematic stk600 revision ATTINY43U STK600 AVR602 AVR battery Studio 5 AVR VOLTAGE REGULATOR Atmel STK600 avr studio 4.11
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AVR602: ATtiny43U STK600 ATSTK600-TinyX3U STK600 ATtiny43U 8191B-AVR-02/09 AVR602: Using the ATtinyX3U Top Module Atmel STK600 schematic stk600 revision AVR602 AVR battery Studio 5 AVR VOLTAGE REGULATOR Atmel STK600 avr studio 4.11 |