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.

The UCC3918 low on-resistance hot swap power manager provides complete power management, hot swap capability, and circuit breaker functions.

The TPS2345 is a CompactPCI Hot Swap Power Manager providing integrated supply control for three positive (3.3-V, 5-V, and 12-V) and one negative (-12-V) supply rails with minimal external components.

The RT9194 is a low-dropout voltage regulator controller with a specific PGOOD indicating scheme, it acts as a power supervisor of the power regulated.

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 MIC5156, MIC5157, and MIC5158 Super Low-Dropout (LDO) Regulator Controllers are single IC solutions for high-current low-dropout linear voltage regulation.

The MIC5156, MIC5157, and MIC5158 Super Low-Dropout (LDO) Regulator Controllers are single IC solutions for high-current low-dropout linear voltage regulation. Super LDO™ Regulators have the advantages of an external N-channel power MOSFET as the linear pass element.

The MIC5156, MIC5157, and MIC5158 Super Low-Dropout (LDO) Regulator Controllers are single IC solutions for high-current low-dropout linear voltage regulation.

The MIC5156, MIC5157, and MIC5158 Super Low-Dropout (LDO) Regulator Controllers are single IC solutions for high-current low-dropout linear voltage regulation.

The MIC2588 and the MIC2594 are single-channel, negative-voltage hot swap controllers designed to address the need for safe insertion and removal of circuit boards into 'live' high-voltage system backplanes, while using very few external components.

The MIC2085 is a single channel, positive voltage, hot swap controller designed to allow the safe insertion of boards into live system backplanes.

The MAX5910/MAX5917 are fully integrated hot-swap switches for positive supply rails.

The MAX5910/MAX5917 are fully integrated hot-swap switches for positive supply rails.

The MAX5902/MAX5903 are hot-swap controllers that allow a circuit card to be safely hot plugged into a live backplane without causing a glitch on the power-supply rail.

The MAX5902/MAX5903 are hot-swap controllers that allow a circuit card to be safely hot plugged into a live backplane without causing a glitch on the power-supply rail.

The MAX5900/MAX5901 are SOT23/TDFN hot-swap controllers that allow a circuit card to be safely hot-plugged into a live backplane without causing a glitch on the power-supply rail, operating from -9V to -100V.

Current-Regulating Hot-Swap Controller with DualSpeed/BiLevel Fault Protection

Current-Regulating Hot-Swap Controller with DualSpeed/BiLevel Fault Protection

The MAX4271/MAX4272/MAX4273 comprise a complete family of integrated 3V to 12V hot-swap controllers.

3V to 12V Current-Limiting Hot-Swap Controllers with Autoretry, DualSpeed/BiLevel Fault Protection

The MAX1636 is a synchronous, buck, switch-mode, power-supply controller that generates the CPU supply voltage in battery-powered systems.

The MAX15096 family of devices are integrated solutions for hot-swap applications requiring the safe insertion and removal of circuit line cards from a live backplane.

The MAX15096 family of devices are integrated solutions for hot-swap applications requiring the safe insertion and removal of circuit line cards from a live backplane.

The LTC1643A is a Hot Swap controller that allows a board to be safely inserted and removed from a live PCI-Bus slot.

The LTC1643A is a Hot Swap controller that allows a board to be safely inserted and removed from a live PCI-Bus slot.

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.