PMIC - Controller OR, Diodi ideali

IC OR CTRLR N+1 10MSOP

CTRLR / MOSFET UNIV N-CH 8SOIC

PowerPath Controllers & Ideal Diodes, Linear Technology Integrated Ideal Diode controllers offer significant advantages over the use of discrete diodes in applications where forward voltage losses must be minimized such as diode-ORing of low voltage DC supplies. Some of these devices from Linear Technology include on-chip MOSFETs which take the place of conventional diodes with significantly reduced losses. Lower losses than conventional discrete diodes Controlled switching and switch-over between multiple diodes MOSFET On-status outputs Single and Dual versions available Features for the LTC4415 include: Adjustable current limiting – up to 4A per diode Low reverse leakage current - 1μA Max Precision Enable thresholds to set switch-over Load Current Monitoring

ORing Power Controller, Texas Instruments Logic OR-ing and Smart Diode controllers make FETs act like ideal diodes. Ideal Diodes significantly reduce the energy normally lost across the forward voltage drop of a diode. Also they protect power sources and loads with fast response against reverse polarity conditions.

Slew Rate Controlled Load Switches, Fairchild Semiconductor

IC OR CTRLR N+1 16SOIC

MOSFET & IGBT Drivers, Linear Technology Linear Technology's MOSFET (FET) drivers provide a straight forward way to drive single, dual, triple or quad N-Channel and P-Channel FETs. Wide Input range of operation Extended Temperature range of operation Powerful gate drive Short circuit protection

IC OR CTRLR N+1 14TSSOP

IC OR CTRLR N+1 14TSSOP

AUTOSWITCHING POWER MULTIPLEXER

IC OR CTRLR N+1 10MSOP

Hot Swap Controller, Texas Instruments

PowerPath Controllers & Ideal Diodes, Linear Technology Integrated Ideal Diode controllers offer significant advantages over the use of discrete diodes in applications where forward voltage losses must be minimized such as diode-ORing of low voltage DC supplies. Some of these devices from Linear Technology include on-chip MOSFETs which take the place of conventional diodes with significantly reduced losses. Lower losses than conventional discrete diodes Controlled switching and switch-over between multiple diodes MOSFET On-status outputs Single and Dual versions available Features for the LTC4415 include: Adjustable current limiting – up to 4A per diode Low reverse leakage current - 1μA Max Precision Enable thresholds to set switch-over Load Current Monitoring

IC OR CTRLR N+1 10MSOP

PowerPath Controllers & Ideal Diodes, Linear Technology Integrated Ideal Diode controllers offer significant advantages over the use of discrete diodes in applications where forward voltage losses must be minimized such as diode-ORing of low voltage DC supplies. Some of these devices from Linear Technology include on-chip MOSFETs which take the place of conventional diodes with significantly reduced losses. Lower losses than conventional discrete diodes Controlled switching and switch-over between multiple diodes MOSFET On-status outputs Single and Dual versions available Features for the LTC4415 include: Adjustable current limiting – up to 4A per diode Low reverse leakage current - 1μA Max Precision Enable thresholds to set switch-over Load Current Monitoring

Slew Rate Controlled Load Switches, Fairchild Semiconductor

ORing Power Controller, Texas Instruments Logic OR-ing and Smart Diode controllers make FETs act like ideal diodes. Ideal Diodes significantly reduce the energy normally lost across the forward voltage drop of a diode. Also they protect power sources and loads with fast response against reverse polarity conditions.

AUTOSWITCHING POWER MUX

ORing Power Controller, Texas Instruments Logic OR-ing and Smart Diode controllers make FETs act like ideal diodes. Ideal Diodes significantly reduce the energy normally lost across the forward voltage drop of a diode. Also they protect power sources and loads with fast response against reverse polarity conditions.

PowerPath Controllers & Ideal Diodes, Linear Technology Integrated Ideal Diode controllers offer significant advantages over the use of discrete diodes in applications where forward voltage losses must be minimized such as diode-ORing of low voltage DC supplies. Some of these devices from Linear Technology include on-chip MOSFETs which take the place of conventional diodes with significantly reduced losses. Lower losses than conventional discrete diodes Controlled switching and switch-over between multiple diodes MOSFET On-status outputs Single and Dual versions available Features for the LTC4415 include: Adjustable current limiting – up to 4A per diode Low reverse leakage current - 1μA Max Precision Enable thresholds to set switch-over Load Current Monitoring