UC3612 Search Results

Schottky diode Die flip chip

Abstract: UC1612 UC1612J UC1612L UC3612 UC3612DP UC3612J UC3612N
Contextual Info: UC1612 UC3612 Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array • Exceptional Efficiency The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. • Low Forward Voltage

Contextual Info: UC1612 UC3612 y ^ UNITRODE Dual Schottky Diode FEATURES DESCRIPTION • The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. Monolithic Two Diode Array Exceptional Efficiency

Contextual Info: y INTEGRATED CIRCUITS M/’MC'IO Uv IO Ié UC3612 UNITRODE Dual Schottky Diode FEATURES • Monolithic Two Diode Array DESCRIPTION The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive

Contextual Info: UC3612N Diodes Array of Independent Diodes Military/High-RelN @Temp øC (Test Condition) Circuits Per Package2 Diodes Per Circuit1 I(F) Max. (A) Forward Current3 V(RRM) (V) Rep.Pk.Rev. Voltage50 t(rr) Max.(s) Rev. Rec. Time15n @I(F) (A) (Test Condition)500m

UC1612J

Abstract: UC1612L UC3612 UC3612DP UC3612J UC3612N UC1612
Contextual Info: UC1612 UC3612 Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array • Exceptional Efficiency The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. • Low Forward Voltage

Contextual Info: IN T E G R A T E D C IR C U IT S UC1612 UC3612 U N IT R O D E Dual Schottky Diode DESCRIPTION FEATURES The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. Monolithic Two Diode Array

Contextual Info: y IN T E G R A T E D C IR C U IT S UC1612 UC3612 UNITRODE Dual Schottky Diode FEATURES DESCRIPTION Monolithic Two Diode Array The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads.

Contextual Info: UC1612 UC3612 Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array • Exceptional Efficiency The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. • Low Forward Voltage

DIODE DATABOOK

Abstract: FLYBACK CLAMPING DIODE UC1612 UC3612
Contextual Info: UC1612 UC3612 Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array • Exceptional Efficiency The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. • Low Forward Voltage

Schottky Diode 50V 3A

Abstract: diode 716
Contextual Info: UC1612 UC3612 U IM IT R O D E . Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array The two-diode array is designed for high-current, low duty-cycle applica­ tions typical of flyback voltage clamping for inductive loads. • Exceptional Efficiency

Contextual Info: UC3612J Diodes Array of Independent Diodes Military/High-RelN @Temp øC (Test Condition) Circuits Per Package2 Diodes Per Circuit1 I(F) Max. (A) Forward Current3 V(RRM) (V) Rep.Pk.Rev. Voltage50 t(rr) Max.(s) Rev. Rec. Time15n @I(F) (A) (Test Condition)500m

Contextual Info: UC3612DP Diodes Array of Independent Diodes Military/High-RelN @Temp øC (Test Condition) Circuits Per Package2 Diodes Per Circuit1 I(F) Max. (A) Forward Current3 V(RRM) (V) Rep.Pk.Rev. Voltage50 t(rr) Max.(s) Rev. Rec. Time15n @I(F) (A) (Test Condition)500m

FLYBACK CLAMPING DIODE

Abstract: Schottky Diode 40V 5A Schottky Diode 40V 5A dual Schottky Diode 50V 3A DIODE DATABOOK DUAL DIODE two transistor forward UC1612 UC3612
Contextual Info: UC1612 UC3612 Dual Schottky Diode FEATURES DESCRIPTION • Monolithic Two Diode Array • Exceptional Efficiency The two-diode array is designed for high-current, low duty-cycle applications typical of flyback voltage clamping for inductive loads. • Low Forward Voltage

UC2577

Contextual Info: DN-49 UNITRODE Design Note UC2577 Controls SEPIC Converter for Automotive Applications by Jack Palczynski The Single Ended Primary Inductance Converter SEPIC can convert an input voltage to an output voltage that is higher, lower or equal to the in­ put. Conversion is performed without the use of ex­

IC CS 3758 GP

Abstract: CS 3758 GP MOTOROLA smd SCR vrm chip fault finding SCR 30A 400V ek c06 Thyristor catalog three phase SCR gate drive circuit SCR firing circuit diode S68a
Contextual Info: UNITRODE CORPORATION APPLICATION NOTE U-157 FUELING THE MEGAPROCESSOR - A DC/DC CONVERTER DESIGN REVIEW FEATURING THE UC3886 AND UC3910 by Larry Spaziani Applications Engineer ABSTRACT This application note provides a detailed account o f design tradeoffs and procedures for the development

uc3803

Abstract: unitrode U-111 SEM-800 MOTOROLA LSC SEM-800 dixon
Contextual Info: APPLICATION NOTE U-156 THE UC3886 PWM CONTROLLER USES AVERAGE CURRENT MODE CONTROL TO MEET THE TRANSIENT REGULATION PERFORMANCE OF HIGH END PROCESSORS by Larry Spaziami Applications Engineer ABSTRACT The continuing development of high performance processors is imposing stringent requirements on their

UC3803 DC DC CONVERTER

Abstract: uc3803 HEXFET Power MOSFET designer manual unitrode manual sem-900 SEM-800 dixon mosfet 5kw high power rf 5kw power amplifier IC PWM regulator 5A inductive load IGBT Designers Manual u156 diode
Contextual Info: U-156 APPLICATION NOTE THE UC3886 PWM CONTROLLER USES AVERAGE CURRENT MODE CONTROL TO MEET THE TRANSIENT REGULATION PERFORMANCE OF HIGH END PROCESSORS by Larry Spaziani Applications Engineer ABSTRACT The continuing development of high performance processors is imposing stringent requirements on their

UC3842 sepic design

Abstract: DN-48 sepic uc3842 2n2222s SEM900 UNITRODE DN-42 Unitrode DN-48 UNITRODE applications handbook Unitrode DN Siliconix Handbook
Contextual Info: DN-48 UNITRODE Design Note Versatile Low Power SEPIC Converter Accepts Wide Input Voltage Range by Jack Palczynski Much attention has been given to the Single Ended Primary Inductor Converter SEPIC topology re­ cently because output voltage may be either higher

Switching Power Supply Schematic Diagram uc3842

Abstract: schematic diagram 48v regulator uc3842 UC3828 Snubber circuits theory 12V DC to 1.5v dC converter schematic diagram uc3842 theory of pin diagram Snubber circuits theory, design and application U unitrode Applications Note schematic diagram 48v dc regulator uc3842 unitrode
Contextual Info: DN-55 Design Note 150W Isolated DC/DC Converter for Distributed Power Applications by Jack Palczynski, MSEE This Design Note describes a compact, isolated 150W, 12V converter designed for 30V to 60V DC input voltages. The UC3828 is used as the main PWM, and the UC3907 load share IC is utilized in the

IGBT DRIVER SCHEMATIC

Abstract: IGBT DRIVER SCHEMATIC chip mosfet igbt drivers theory MOSFET IGBT DRIVERS THEORY AND APPLICATIONS MOSFET IGBT THEORY AND APPLICATIONS IGBT DRIVER SCHEMATIC 3 PHASE SCHEMATIC POWER SUPPLY WITH IGBTS 3 phase rectifier circuit diagram igbt RTRC-12400 pulse transformer circuit
Contextual Info: APPLICATION NOTE U-143C UNITRODE CORPORATION APPLICATION NOTE U-143C NEW CHIP PAIR PROVIDES ISOLATED DRIVE FOR HIGH VOLTAGE IGBTs By Mickey McClure Application Engineer Motion Control Products Abstract Recent advances in the design of Insulated Gate Bipolar Transistors IGBTs have increased their capabilities to the point where they are replacing power MOSFETs as the switching device of choice for high voltage/high current power supply and motor drive systems. Although switching speeds of IGBTs are generally

unitrode Applications Note

Abstract: CCM TEXAS SPRAGUE SEMICONDUCTOR 515D227M050CD6A 515D476M050AA6A DN-48 UC2577 UC3612
Contextual Info: DN-49 Design Note UC2577 Controls SEPIC Converter for Automotive Applications by Jack Palczynski The Single Ended Primary Inductance Converter SEPIC can convert an input voltage to an output voltage that is higher, lower or equal to the input. Conversion is performed without the use of expensive transformers, making this a good choice for

unitrode U-111

Abstract: HEXFET Power MOSFET designer manual unitrode manual sem-900 uc3803 UC3803 DC DC CONVERTER U-156 UDG-96088 u156 diode unitrode closing the feedback loop SEM-800 dixon
Contextual Info: U-156 APPLICATION NOTE THE UC3886 PWM CONTROLLER USES AVERAGE CURRENT MODE CONTROL TO MEET THE TRANSIENT REGULATION PERFORMANCE OF HIGH END PROCESSORS by Larry Spaziani Applications Engineer ABSTRACT The continuing development of high performance processors is imposing stringent requirements on their

6v to 12v converter only

Abstract: DN-49 UC2577 DN49 sepic converter 515D227M050CD6A 515D476M050AA6A DN-48 UC3612 sepic
Contextual Info: DN-49 Design Note UC2577 Controls SEPIC Converter for Automotive Applications by Jack Palczynski The Single Ended Primary Inductance Converter SEPIC can convert an input voltage to an output voltage that is higher, lower or equal to the input. Conversion is performed without the use of expensive transformers, making this a good choice for

SMD Code 12W

Abstract: MOTOROLA smd SCR 1 watt led with heat led driver circuit diagram 10kw dc-dc smd transistor 12W 3 pins transformer less power supply 12 volt 3A transistor SMD 12W MOSFET smd diode code R05 SCHEMATIC 5kw power supply 30A transistor SMD 12W
Contextual Info: APPLICATION NOTE U-157 Larry Spaziani Applications Engineer Unitrode Corporation FUELING THE MEGAPROCESSOR A DC/DC CONVERTER DESIGN REVIEW FEATURING THE UC3886 AND UC3910 APPLICATION NOTE U-157 UNITRODE CORPORATION FUELING THE MEGAPROCESSOR - A DC/DC CONVERTER