Transistors

The RF3932 High-Efficiency Power Transistor is a 48V, 60W high power discrete amplifier designed for commercial wireless infrastructure, cellular and WiMAX infrastructure, industrial/scientific/medical, and general purpose broadband amplifier applications. Using an advanced high power density Gallium Nitride (GaN)semiconductor process, these high-performance amplifiers achieve high efficiency and flat gain over a broad frequency range in a single amplifier design.

Qorvo offers a large range of GaN on SiC power transistors as premiere solutions for GaN needs. These discrete power amplifiers are available in models that cover frequency ranges from DC-18 GHz. With a range of linear gain between 16.6 – 21 dB, and a saturated output power range between 37 and 54.2 dBm, these devices are ideal for a wide variety of broadband wireless, space, and military applications.

The MDS500L is a Vcc = 50V, class C bipolar transistor specifically designed to handle the heavy pulsing of the Mode-S ELM format (32uS on / 18uS off x 48pulses burst). The transistor provides greater than 500W of output power with an input power of 70W...

The HF50-250 is a 50V epitaxial silicon NPN planar transistor designed primarily for SSB communications. This device utilizes emitter ballasting to achieve extreme ruggedness and reliability.

APT RF’s Avionics Transistor, 800W, Class C, common base power transistor is designed for TCAS systems covering 1030-1090 MHz with 32uS, 1% pulsing at Vcc = 50V

A family of 900-MHz high-power RF transistors is optimized for amplification of cellular base station signals

The PD5xxxx series of radio-frequency (RF) power transistors is aimed at wireless base station and mobile radio applications where high volume...

The HF12-125 is a 12.5V epitaxial silicon NPN planar transistor designed primarily for HF communications. This device utilizes emitter ballasting to achieve extreme ruggedness under severe operating conditions. The HF12-series products utilize the unique Spectrum Devices’ Bipolar process which offers a 67% improvement in collector-base breakdown voltage, enhancing reliability while maintaining RF performance.