CHL8515 Search Results

CHL8515

Abstract: mosfet drive circuit diagram diode V105
Contextual Info: High-Efficiency Variable Gate MOSFET Driver FEATURES CHL8515 DESCRIPTION • Ideal for Server Memory applications using +5V  Separate HVCC and LVCC capable of drive voltages from 4.0 to 13.2V for optimal system efficiency

diode V105

Abstract: CHL8510 CHL8112A
Contextual Info: High-Efficiency Variable Gate MOSFET Driver FEATURES CHL8515 DESCRIPTION • Ideal for Server Memory applications using +5V  Separate HVCC and LVCC capable of drive voltages from 4.0 to 13.2V for optimal system efficiency

Contextual Info: High Efficiency Variable Gate MOSFET Driver CHL8515 DESCRIPTION FEATURES • Ideal for Server Memory applications using +5V  Separate HVCC and LVCC capable of drive voltages from 4.0 to 13.2V for optimal system efficiency

IR3563A

Abstract: VR12 tray qfn 6x6 IR3563 intel VR12 IR3563AM VR12 INTEL PWM charge controller circuit Diagram
Contextual Info: IR3563A Single Output Digital Multi-Phase Controller FEATURES DESCRIPTION • 8-phase single output PWM Controller  Intel VR12 and VR12.5 modes & Memory VR mode  Overclocking & Gaming Mode  PVI and SVI GPU VR modes  Switching frequency from 200kHz to 2MHz per

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3566A DESCRIPTION • Dual output 6+1 phase PWM Controller The IR3566A is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

Contextual Info: IR3566A Dual Output Digital Multi-Phase Controller DESCRIPTION FEATURES • Dual output 6+1 phase PWM Controller  Fully supports AMD SVI1 & SVI2 with dual OCP and Intel® VR12 & VR12.5  PVI and SVI GPU VR modes  Overclocking & Gaming Mode  Switching frequency from 200kHz to 2MHz

IR3563B

Abstract: VR12.5 intel VR12 intel VR12.5 VR12 INTEL tray qfn 6x6 dpdc
Contextual Info: FINAL Single Output Digital Multi-Phase Controller FEATURES IR3563B DESCRIPTION • 8-phase single output PWM Controller The IR3563B is a single-loop digital multi-phase buck controller that controls up to 8 phases. The IR3563B is fully Intel VR12 and VR12.5 compliant.

ir3567

Abstract: IR3567A IR3567AM IR3567AMTRPBF programmable digital pwm I2C multiphase AMD Voltage regulation design PWM 3V 5V NOTEBOOK smale
Contextual Info: IR3567A Dual Output Digital Multi-Phase Controller FEATURES DESCRIPTION • Dual output 6+2 phase PWM Controller  Easiest layout and fewest pins in the industry  Fully supports AMD SVI1 & SVI2 with dual OCP and Intel® VR12 & VR12.5  Overclocking & Gaming Mode

CHL8328

Abstract: IR3598 hg1b CHL8510 IR3537 CHL8515
Contextual Info: Dual/Doubler Interleaved MOSFET Driver FEATURES DESCRIPTION • Dual MOSFET drivers in single 16 pin QFN package  Multimode operation to configure the driver as either dual or doubler/interleaved mode drivers  Variable Gate drive from 4V to 13V to optimize system efficiency

IR3566B

Abstract: ir3566 IR3566BM ir3566bmt IR3566BMTRPBF intel VR12 xx xx qfn 16 IR3566BMTYPBF intel VR12.5 AMD SVI2
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3566B DESCRIPTION • Dual output 6+1 phase PWM Controller The IR3566B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

Contextual Info: Single Output Digital Multi-Phase Controller FEATURES IR3563A DESCRIPTION • 8-phase single output PWM Controller The IR3563A is a single-loop digital multi-phase buck controller that controls up to 8 phases. The IR3563A is fully Intel VR12 compliant.  Intel® VR12 mode & Memory VR mode

IR3598

Contextual Info: Dual/Doubler Interleaved MOSFET Driver FEATURES IR3598 DESCRIPTION • Dual MOSFET drivers in single 16 pin QFN package  Buck Converter Driver Vin 4.0 to 13.2Vdc  Multimode operation to configure the driver as either dual or doubler/interleaved mode

Contextual Info: IR3567A Dual Output Digital Multi-Phase Controller FEATURES DESCRIPTION • Dual output 6+2 phase PWM Controller  Easiest layout and fewest pins in the industry  Fully supports AMD SVI1 & SVI2 with dual OCP and Intel® VR12 & VR12.5  Overclocking & Gaming Mode

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3567A DESCRIPTION • Dual output 6+2 phase PWM Controller The IR3567A is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

IR3567B

Contextual Info: Dual Output Digital Multi-Phase Controller FEATURES IR3567B DESCRIPTION • Dual output 6+2 phase PWM Controller The IR3567B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

IR3563B

Contextual Info: Single Output Digital Multi-Phase Controller FEATURES IR3563B DESCRIPTION • 8-phase single output PWM Controller The IR3563B is a single-loop digital multi-phase buck controller that controls up to 8 phases. The IR3563B is fully Intel VR12 and VR12.5 compliant.

ir3566

Abstract: IR3566A IR3566AMTRPBF IR3566AM VR12 INTEL CHL8515 dpdc AMD Voltage regulation design VR-12 programmable digital pwm I2C multiphase
Contextual Info: IR3566A Dual Output Digital Multi-Phase Controller FEATURES DESCRIPTION • Dual output 6+1 phase PWM Controller  Fully supports AMD SVI1 & SVI2 with dual OCP and Intel® VR12 & VR12.5  PVI and SVI GPU VR modes  Overclocking & Gaming Mode  Switching frequency from 200kHz to 2MHz

IR3567B

Abstract: IR3567 intel VR12 IR3567BM AMD Voltage regulation design CHL8515 AMD SVI2 qfn 3 x 3 TRAY intel VR12.5 VR12.5
Contextual Info: FINAL Dual Output Digital Multi-Phase Controller FEATURES IR3567B DESCRIPTION • Dual output 6+2 phase PWM Controller The IR3567B is a dual-loop digital multi-phase buck controller designed for CPU voltage regulation and is fully compliant with AMD SVI1 & SVI2 and Intel

Contextual Info: IR3563A Single Output Digital Multi-Phase Controller FEATURES DESCRIPTION • 8-phase single output PWM Controller  Intel VR12 and VR12.5 modes & Memory VR mode  Overclocking & Gaming Mode  PVI and SVI GPU VR modes  Switching frequency from 200kHz to 2MHz per