RF Power Semiconductors: Silicon, Gallium Nitride, Gallium Arsenide, and Silicon Carbide High-Power RF Devices
Myriad products and services utilize RF power amplifiers in their transmitter circuitry: wireless infrastructure for cell phones and other mobile devices; radio and television broadcasting; medical equipment such as MRI machines; materials curing that includes carpet fibers and plywood; radar; space and satellite communications; police and fire radios; and military communications and electronics of all kinds. Most of these transmitters use semiconductors in the RF power amplifier output stages. Even modern, extremely high-power broadcast transmitters that traditionally have used large vacuum tubes in their RF sections have finally begun to use solid-state devices.
This study examines RF power semiconductor devices that have power outputs of greater than three watts and operate at frequencies of up to 4 GHz, which represent the bulk of applications in use today. In addition, an enhanced section on gallium nitride devices has been added this year.
Research Information
- Price Log in to view pricing
- Publish Date 3Q 2016
- Research Type Research Report Report
- Code RR-RFPS-16
- Pages 23
- Tables 18
- Charts 18
-
File Formats
Related Service
Related Research
- Mobile Networks Bi-Annual Update
- Indoor Wireless to 5G: From DAS to Small Cells
- Huawei and ZTE Ban in Australia Will Affect the Global Market
- High Power RF Power Semiconductors for Pulsed Applications Market Data: For the L-Band, S-Band, Avionics and Sub-1 GHz Markets
- Fiber-optic is Important for 5G, but Operators Will Need a Range of Options
