Seneste nyt om:

Seminarer • konferencer
kurser • messer
Send til en ven   Udskriv13/6 2011 kl. 23:56
Send til en ven

GaN powertransistorer er kvalificeret til 65V

RF Micro Devices kvalificerer GaN procesteknologi til 65V operation. Den nye teknologi er tilgængelig for foundry kunder (in english).

RF Micro Devices (RFMD), a global leader in the design and manufacture of high-performance radio frequency components and compound semiconductor technologies, has it has qualified its GaN1 power semiconductor process technology for 65V operation.

The high reliability power semiconductor process technology supports RFMD’s GaN-based power semiconductor product designs and is also available to foundry customers through RFMD’s Foundry Services business unit. Previously, RFMD’s GaN1 power semiconductor process technology had been qualified for 48V operation. The increase in operating voltage from 48V to 65V enables miniature, 0.5kW power devices with high operating efficiency for L- and S-Band military and civilian radar applications.

Bob Van Buskirk, president of RFMD’s Multi-Market Products Group (MPG), says:
- The qualification of our 65V GaN1 power process technology enables RFMD

to target multiple higher voltage market opportunities across MPG’s diversified markets while helping our foundry customers to design smaller periphery die for high power applications. RFMD continues to optimize our game-changing GaN process technology for both foundry customers and proprietary RFMD product designs, with particular emphasis on higher peak efficiency, lower power consumption and higher linearity.

RFMD’s 48V GaN1 process technology is an established performance leader in the high power semiconductor industry, and RFMD’s 65V GaN1 process technology moves the performance bar even higher. RFMD’s 65V GaN1 process technology demonstrates a Mean-Time-to-Failure (MTTF) of 43 million hours with a channel temperature of 200 degrees Celsius at power densities of 10Watts, a significant industry performance benchmark. The high reliability power semiconductor process is ideally suited for higher voltage operations in next generation military, radar, and public/defense mobile radio applications.

Relaterede nyheder

Forrige12345678910111213141516
171819Næste

Elektronik & Data • Odsgard A/S • Stationsparken 25 • 2600 Glostrup • Tlf: +45 4345 1063