New logic level MOSFETs in PQFN package deliver high power density
Munich, Germany – April 4, 2017 – Infineon Technologies AG (FSE: IFX / OTCQX: IFNNY) introduces a new logic level IR MOSFET™ family. It comprises three different voltage classes, 60 V, 80 V, and 100 V. The new devices are available in a 2 mm x 2 mm PQFN package which is perfect for form-factor critical wireless charging, adapter, and telecom applications. The small package size enables higher power density and improved efficiency. At the same time it is saving space, reducing parts count, and reducing overall system cost.
The new IR MOSFET devices in the PQFN package deliver between 11 and 40 percent lower R DS(on) than competitive products. The ultra-low gate charge (Q g) reduces switching losses without increasing conduction losses. In addition, the output capacitance (C OSS) and reverse recovery charge (Q rr) have been optimized, the FOM g (R DS(on) x Q g/gd) improved. This allows the IR MOSFET devices to operate at high switching frequencies of up to 6.78 MHz – as required in resonant wireless charging applications. The logic level gate drive provides a low gate threshold voltage (V GS(th)) which means that the MOSFETs can be driven at 5 V and directly from microcontrollers.
Availability
The IR MOSFET family is available now in 60 V and 80 V, with a 100 V device in development. Further information is available at www.infineon.com/IR-MOSFET-logiclevel.
Information Number
INFPMM201704-044
Press Photos
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The new IR MOSFET devices in the PQFN package deliver between 11 and 40 percent lower RDS(on) than competitive products. The ultra-low gate charge reduces switching losses without increasing conduction losses. In addition, the output capacitance and reverse recovery charge have been optimized.IRL60HS118
PNG | 1.96 mb | 2126 x 1123 px
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The new IR MOSFET devices in the PQFN package deliver between 11 and 40 percent lower RDS(on) than competitive products. The ultra-low gate charge reduces switching losses without increasing conduction losses. In addition, the output capacitance and reverse recovery charge have been optimized.IRL80HS120
PNG | 1.99 mb | 2126 x 1123 px