Buffer Modules

The μPD166020T1F is a single N-channel high-side switch with charge pump, diagnostic feedback with load current sense and embedded protection functions.

The μPD166009 device is an N-channel high-side switch with charge pump, current controlled input, diagnostic feedback with load current sense and embedded protection functions.

The μPD166007 device is an N-channel high-side switch with charge pump, current controlled input, diagnostic feedback with load current sense and embedded protection functions.

PV88080 power management integrated circuit (PMIC) provides one PWM buck controller and three adjustable synchronous buck regulators.

PV88080 is a high-efficiency advanced feature 4-channel PMIC providing one PWM buck controller and three adjustable synchronous buck regulators.

The IDTP9145 is a programmable, multi-channel power management IC (PMIC) designed for the Intel® Atom™ SoC to meet high performance requirements and provide high-feature integration to minimize system board area and BOM cost.

The IDTP9145 is a programmable, multi-channel power management IC (PMIC) designed for the Intel® Atom™ SoC to meet high performance requirements and provide high-feature integration to minimize system board area and BOM cost.

The IDTP9145 is a programmable, multi-channel power management IC (PMIC) designed for the Intel® Atom™ SoC to meet high performance requirements and provide high-feature integration to minimize system board area and BOM cost.

The IDTP9145 is a programmable, multi-channel power management IC (PMIC) designed for the Intel® Atom™ SoC.

IDTP9122 is a fully integrated power management IC designed to provide 2 factory programmable voltage rails with selectable direct buck enable inputs or factory programmable sequencing with power good and power on reset generation.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for powering low-voltage microprocessors or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) with dual 1500mA step-down converters and dual low-input LDOs.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL6144 ORing MOSFET Controller and a suitably sized N-Channel power MOSFET(s) increases power distribution efficiency and availability when replacing a power ORing diode in high current applications.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) with two high-efficiency 3MHz synchronous step-down converters and two low-dropout linear regulators.

The ISL6144 ORing MOSFET Controller and a suitably sized N-Channel power MOSFET(s) increases power distribution efficiency and availability when replacing a power ORing diode in high current applications.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) featuring dual 1500mA step-down converters and dual 300mA LDOs, ideal for powering low-voltage microprocessors or multiple voltage rails from a battery.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer.

Integrated mini Power Management IC (mini-PMIC) with dual 1500mA step-down converters and dual 300mA LDOs for powering low-voltage microprocessors from battery sources.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for powering low-voltage microprocessors or multiple voltage rails from a battery. It integrates two high-efficiency 3MHz synchronous step-down converters and two low-input LDOs.

Integrated mini Power Management IC (mini-PMIC) with dual 1500mA step-down converters and dual 300mA LDOs.

3.3V, Low Power, High Speed or Slew Rate Limited, RS-485/RS-422 Transceivers

Integrated mini Power Management IC (mini-PMIC) with dual 1500mA step-down converters and dual 300mA LDOs for powering low-voltage microprocessors or multiple voltage rails from a battery.

The ISL6144 ORing MOSFET Controller and a suitably sized N-Channel power MOSFET(s) increases power distribution efficiency and availability when replacing a power ORing diode in high current applications.

The ISL9307 is an integrated mini Power Management IC (mini-PMIC) ideal for applications for powering low-voltage microprocessor or multiple voltage rails with a battery as an input source, such as a single Li-ion or Li-polymer. ISL9307 integrates two high-efficiency, 3MHz, synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) ideal for applications of powering low-voltage microprocessor or multiple voltage rails with battery as input sources, such as a single Li-ion or Li-Polymer.

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) ideal for applications of powering low-voltage microprocessor or multiple voltage rails with battery as input sources, such as a single Li-ion or Li-Polymer.

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) ideal for applications of powering low-voltage microprocessor or multiple voltage rails with battery as input sources, such as a single Li-ion or Li-Polymer.

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) ideal for applications of powering low-voltage microprocessor or multiple voltage rails with battery as input sources, such as a single Li-ion or Li-Polymer.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery to power multiple voltage rails.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery. It integrates two high-efficiency 3MHz synchronous step-down converters and two low-input, low-dropout linear regulators.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery to power multiple voltage rails.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery to power multiple voltage rails.

The ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery to power multiple voltage rails.

ISL9305H is an integrated mini Power Management IC (mini-PMIC) for powering low-voltage microprocessor applications using a single Li-Ion or Li-Polymer cell battery to power multiple voltage rails.

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) with dual 3MHz synchronous step-down converters and dual low-input LDOs, featuring I2C interface.

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) ideal for applications of powering low-voltage microprocessor or multiple voltage rails with battery as input sources, such as a single Li-ion or Li-Polymer. ISL9305 integrates two high-efficiency 3MHz synchronous step-down converters (DCD1 and DCD2) and two low-input, low-dropout linear regulators (LDO1 and LDO2).

The ISL9305 is an integrated mini Power Management IC (mini-PMIC) featuring dual 800mA synchronous step-down converters and dual 300mA low-dropout regulators with I2C interface.

Protected and Intelligent Power Switches

Protected and Intelligent Power Switches

Protected and Intelligent Power Switches

Protected and Intelligent Power Switches