Transphorm's provides a comprehensive range of evaluation boards and kits designed to facilitate the assessment of their high-voltage GaN FETs. These evaluation tools are particularly suitable for applications in telecommunications and automotive industries, offering engineers the opportunity to investigate the exceptional performance and reliability of Transphorm's SuperGaN device portfolio.
The SuperGaN device portfolio boasts numerous advantages, including excellent performance, reliability, drivability, and designability, making it well-suited to cater to diverse power conversion requirements across a broad range of power applications, ranging from 45 W to 10+ kW.
To aid engineers in their evaluation efforts, Transphorm offers fully populated evaluation boards that are pre-configured with various topologies used in AC/DC, DC/AC, and DC/DC power conversion systems. These boards have demonstrated outstanding efficiency, with an average greater than 99% efficiency, in popular topologies such as the bridgeless totem pole PFC, half-bridge synchronous buck or boost, and others.
For higher power evaluation needs, Transphorm provides boards equipped with a pre-programmed dsPIC digital power PIM from Microchip Technology. This integration simplifies firmware development, enabling engineers to maximize their evaluation efforts efficiently.
Furthermore, select evaluation kits can be paired with a daughter card, allowing for easy swapping and analysis of multiple Transphorm FETs based on specific power level requirements. This flexibility enhances the evaluation process and enables engineers to thoroughly explore the capabilities of Transphorm's high-voltage GaN FETs.
In conclusion, Transphorm's evaluation boards and kits provide engineers with user-friendly tools to evaluate the benefits of their high-voltage GaN FETs in various power conversion applications. With proven efficiency, versatile topologies, and integration with Microchip Technology's dsPIC digital power PIM, these evaluation solutions empower engineers to make informed decisions and optimize the performance of their power conversion systems.
Power: 4,000 W to 2.5 kW
Switching frequency: 65 kHz to 66 kHz
Output voltage 390 V
Input voltage: 85 VAC to 265 VAC, 47 Hz to 63 Hz
Input current: 18 ARMS (2,000 W at 115 VAC, 4,000 W at 230 VAC)
10% overload short time: 19.8 ARMS (2,200 W at 115 VAC, 4,400 W at 230 VAC)
Ambient temperature: < +50°C
Output voltage: 387+ VDC, ±5 VDC
PWM frequency: 66 kHz
Auxiliary supply: 12 VDC for bias voltage
Built using 35 mΩ Gen IV SuperGaN FETs
Easy-to-use platform to investigate GaN
Offers greater than 99% efficiency in a simpler design
Offers engineers a simpler way to design single-phase AC/DC power systems
Telecommunications
Automotive (electric vehicles)
Data center power supplies
Broad industrial power supplies
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