SINGLE CHIP PWM SWITCH MODE Search Results

UCC3884

Abstract: DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884
Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

UCC3884D

Abstract: DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884 UCC3884 Depletion-Mode MOSFET
Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

UCC3884

Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

UCC3884

Abstract: DIL-16 PLCC-20 SOIC-16 UCC1884 UCC2884
Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

transistor iss

Contextual Info: application INFO available Frequency Foldback Current Mode PWM Controller UCC1884 UCC2884 UCC3884 PRELIMINARY FEATURES DESCRIPTION • Frequency Foldback Reduces Operating Frequency Under Fault Conditions The UCC3884 is a high performance current mode PWM controller intended for single ended switch mode power supplies. The chip implements

AND8247

Abstract: JESD78 NCP1030 NCP1031
Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On- Chip Power Switch and Startup Circuits for 48 V Telecom Systems The NCP1030 and NCP1031 are a family of miniature high-voltage monolithic switching regulators with on-chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

manual change over switch circuit diagram

Abstract: NCP1031 NCP1031DR2G schematic diagram dc converter 72 v to 12 v AND8247 JESD78 NCP1030 DFN 4X4 NCP1030DMR2G 846A dfn
Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for 48ĂV Telecom Systems The NCP1030 and NCP1031 are a family of miniature high-voltage monolithic switching regulators with on-chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On- Chip Power Switch and Startup Circuits for 48 V Telecom Systems The NCP1030 and NCP1031 are a family of miniature high-voltage monolithic switching regulators with on-chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

Contextual Info: NCP1032 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for Telecom Systems The NCP1032 is a miniature high−voltage monolithic switching converter with on−chip power switch and startup circuits. It incorporates in a single IC all the active power control logic and

Contextual Info: NCP1032 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for Telecom Systems The NCP1032 is a miniature high−voltage monolithic switching converter with on−chip power switch and startup circuits. It incorporates in a single IC all the active power control logic and

Contextual Info: NCP1032 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for Telecom Systems The NCP1032 is a miniature high−voltage monolithic switching converter with on−chip power switch and startup circuits. It incorporates in a single IC all the active power control logic and

pwm oscillator ic 2425

Contextual Info: NCP1030 Low Power PWM Controller with On−Chip Power Switch and Start−up Circuits for 48 V Telecom Systems The NCP1030 is a miniature high- voltage monolithic switching regulator with on- chip Power Switch and Start- up Circuits. The NCP1030 incorporates in a single IC all the active power, control logic

NCP1030D

Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for 48 V Telecom Systems The NCP1030 and NCP1031 are a family of miniature high−voltage monolithic switching regulators with on−chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

NCP1031

Abstract: NCP1030 NCP1030D NCP1031 D AND8247 JESD78 NCP1030DMR2 and8119 one shot pulse generator
Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for 48 V Telecom Systems The NCP1030 and NCP1031 are a family of miniature high−voltage monolithic switching regulators with on−chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

N1031

Abstract: AYW marking code IC
Contextual Info: NCP1030, NCP1031 Low Power PWM Controller with On-Chip Power Switch and Startup Circuits for 48ĂV Telecom Systems The NCP1030 and NCP1031 are a family of miniature high−voltage monolithic switching regulators with on−chip Power Switch and Startup Circuits. The NCP103x family incorporates in a single IC all the active

UC1573

Contextual Info: UC1573 UC2573 UC3573 UNITRODE DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation • Drives External PMOS Switch • Contains UVLO Circuit The UC3573 is a Buck pulse width modulator which steps down and regu­ lates a positive input voltage. The chip is optimized for use in a single

ic cmos 5772

Contextual Info: SPL190A 192KB LCD CONTROLLER/DRIVER GENERAL DESCRIPTION The SPL190A is a CMOS 8-bit single chip microprocessor which contains RAM, ROM, I/Os, interrupt controller, 8-bit PWM audio output, and automatic display controller/driver for LCD. controllable stand-by switch is also built-in.

uc1573

Abstract: UC3573 UC2573 12V to 5V buck converter
Contextual Info: UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Abstract: UC2573 UC3573
Contextual Info: UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

UC1573

Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The

uc1573

Abstract: UC1573J UC2573 UC2573D UC2573DG4 UC3573
Contextual Info: application INFO available UC1573 UC2573 UC3573 Buck Pulse Width Modulator Stepdown Voltage Regulator FEATURES DESCRIPTION • Simple Single Inductor Buck PWM Stepdown Voltage Regulation The UC3573 is a Buck pulse width modulator which steps down and regulates a positive input voltage. The chip is optimized for use in a single inductor buck switching converter employing an external PMOS switch. The