Logo

CGD65B240SH2

H2 series 650 V / 240 mΩ GaN HEMT with ICeGaN® Gate, Current Sense and NL³ Circuit

Introducing the CGD65B240SH2, an enhancement mode GaN-on-silicon power transistor that capitalizes on the unique material properties of GaN to deliver high current, high breakdown voltage, and high switching frequency for a wide range of electronics applications.

Featuring CGD's ICeGaN® gate technology, the CGD65B240SH2 offers compatibility with almost all gate drivers and controller chips. The integrated current sense function eliminates the need for a separate current sense resistor in series with the source, reducing efficiency losses. As a result, the device can be directly soldered to the large copper area of the ground plane, enhancing thermal performance and simplifying thermal design.

The H2 series ICeGaN® also incorporates an advanced NL³ Circuit, leading to record low power losses at No Load and Light Load operations.

Packaged in a DFN 5x6 SMD, the CGD65B240SH2 supports high-frequency operation while ensuring exceptional thermal performance.

Applications:

  • PSUs, Industrial SMPS and inverters
  • USB PD and fast-chargers
  • Mobile chargers
  • AC/DC and DC/DC converters
  • AC adapters
  • Gaming PSUs and notebook adapters
  • PC power
  • LED lighting
  • ClassD Audio Amplifiers
  • TV and wireless powe

Topologies:

  • All flyback topologies
  • Totem pole and single-switch PFC
  • LLC, PSFB DC/DC converters at high frequency
  • ClassD and ClassE

5x6 GaN Transistor

ICeGaN® in DFN 5x6 SMD

CGD65B240SH2

2024-11-26 | .pdf | 1391.27KB


Product Brief for H2 Series_EN

2024-03-25 | .pdf | 3280.23KB


CGD-AN2201-ICeGaN in LLC Application Note

2022-03-21 | .pdf | 2386.29KB


CGD-AN2207-ICeGaN HEMT PCB Layout Guide

2022-03-21 | .pdf | 1821.46KB


CGD-AN2302-How to Use ICeGaN

2024-05-27 | .pdf | 7380.81KB


SPICE Model CGD65B240SH2

2023-05-09 | .zip | 6.72KB


Cauer Model CGD65B240SH2

2023-11-21 | .zip | 207.68KB


CGD65B Recommended Footprint

2024-03-25 | .pdf | 306.41KB


CGD65B Altium Library

2024-03-25 | .zip | 1354.1KB