Latest Gallium Nitride New Products

Both devices include both the gate driver and two enhancement-mode GaN power transistors in a single highly integrated package.

Both devices include both the gate driver and two enhancement-mode GaN power transistors in a single highly integrated package.

This circuit uses a synchronous MOSFET that lets the bootstrap voltage reach the logic supply voltage, VCC, allowing the…

This circuit uses a synchronous MOSFET that lets the bootstrap voltage reach the logic supply voltage, VCC, allowing the driver to operate from a…

This improved power rating allows the RNCF0201 to be used for applications that may have previously required an 0402 or…

This improved power rating allows the RNCF0201 to be used for applications that may have previously required an 0402 or larger size chip resistor.

The Dual Output 3+1 Phase Digital VCOT controller provides power for 5G subsystems including the CU, DU, and RU platforms.

The Dual Output 3+1 Phase Digital VCOT controller provides power for 5G subsystems including the CU, DU, and RU platforms.

The new series of devices, aimed at automotive applications, features overvoltage, undervoltage, and analog monitoring in…

The new series of devices, aimed at automotive applications, features overvoltage, undervoltage, and analog monitoring in a single IC.

For a fifth time, Lenovo and Navitas have partnered up to create a new fast-charging device, the YOGA CC130, a gallium…

For a fifth time, Lenovo and Navitas have partnered up to create a new fast-charging device, the YOGA CC130, a gallium nitride (GaN) based power…

The new Power management ICs (PMICs) are aimed at powering automotive AI systems on chips (SoC).

The new Power management ICs (PMICs) are aimed at powering automotive AI systems on chips (SoC).

AHKAN hopes this technology will improve power handling, heat management, durability, and more.

AHKAN hopes this technology will improve power handling, heat management, durability, and more.

EPC Space’s Rad Hard GaN power devices have higher performance, lower mass, smaller footprint, and much lower cost than…

EPC Space’s Rad Hard GaN power devices have higher performance, lower mass, smaller footprint, and much lower cost than traditional silicon Rad…

ST’s MasterGaN concept simplifies migrating from ordinary silicon MOSFETs to GaN wide-bandgap power technology.

ST’s MasterGaN concept simplifies migrating from ordinary silicon MOSFETs to GaN wide-bandgap power technology.

The new devices compliment the company’s present offerings of dual and quad channel Type-C power delivery ICs.

The new devices compliment the company’s present offerings of dual and quad channel Type-C power delivery ICs.

The new devices allow designers to reap the benefits of Gallium Nitride (GaN) technology at a reduced cost per watt.

The new devices allow designers to reap the benefits of Gallium Nitride (GaN) technology at a reduced cost per watt.

The new evaluation board employs onsemi's NCP1680 controller and GaN Systems’ GS66508B 650V Enhancement Mode GaN…

The new evaluation board employs onsemi's NCP1680 controller and GaN Systems’ GS66508B 650V Enhancement Mode GaN Transistor.

The new units feature ferrite cores and offer high Q values, high self-resonant frequencies, and low DC resistance.

The new units feature ferrite cores and offer high Q values, high self-resonant frequencies, and low DC resistance.

New compact and rugged inductors feature low radiation and high impedance over a broad frequency range delivering…

New compact and rugged inductors feature low radiation and high impedance over a broad frequency range delivering excellent EMI suppression.

Companies Introduce World’s First Bridgeless Totem Pole PFC Evaluation Board.

Companies Introduce World’s First Bridgeless Totem Pole PFC Evaluation Board.

EPC Space is providing Rad Hard GaN power devices to Astranis for use in the latest build of new small geostationary…

EPC Space is providing Rad Hard GaN power devices to Astranis for use in the latest build of new small geostationary communications satellites.

The new active clamp flyback (ACF) controller operates over input ranges of 90 to 165VAC and enables efficiencies of up to 95%

The new active clamp flyback (ACF) controller operates over input ranges of 90 to 165VAC and enables efficiencies of up to 95%

TI’s IC can achieve low current on continuous operation making it ideal for optical heart monitoring.

TI’s IC can achieve low current on continuous operation making it ideal for optical heart monitoring.