RFHIC Introduces 8W, TETRA (100~960 MHz) GaN Hybrid Amplifier
29, 2010 - A new class-C GaN (Gallium Nitride) hybrid amplifier using GaN-on-SiC (Gallium Nitride on Silicon
carbide substrate) devices that was recently released from RFHIC. The amplifier gives VHF at 8 W in the 130~450
MHz range with an efficiency of 60%, and UHF at 6 W in the 450~960 MHz range with an efficiency of 50%. Input and
output matching circuits are included in the design with bias circuits and other matching circuits. Physical size
of the amplifier is 15 mm x 10 mm x 5.4 mm and is an SMD (surface mount device) type hybrid GaN amplifier. Input
voltage is 24 V~34 V and uses ceramic substrate over copper heat slug.
New GaN technology enables the new efficient solution to the most of the TETRA replacement amplifiers and new
installations. RFHIC has developed this wideband TETRA GaN hybrid amplifier for customers who are looking for
greener solutions for their system designs. One TETRA system can now cover the full 100~960 MHz band with an
efficiency of 50~70%. Production yield is guaranteed with a SMD type package and all amplifiers are 100% tested
and aged for immediate installation.
Existing TETRA (TErrestrial
Trunked RAdio, formerly known as Trans European Trunked Radio) amplifiers use LDMOS (Laterally Diffused Metal
Oxide Semiconductor) technology and operates on 5 V~12 V supply voltage. Also previous designs separated three to
four bands of 130~220 MHz, 380~400 MHz, 410~470 MHz, 560~580 MHz, and 870~933 MHz and combining loss were
inevitable. Recent developments in the TETRA technology will require the use of full 100~960 MHz frequency range
coverage and the new RFHIC GaN hybrid amplifier fits exactly on that application. Better efficiency amplifiers can
reduce the number of the base station installations in the field for a greener environment.
RFHIC has been using Gallium Nitride (GaN) technology since 2004.
With extensive research and design experience, RFHIC accumulated technological breakthroughs in major areas such
as internal matching, heat dissipation, Doherty designs, module optimization, MMIC design and package assembly.
These experiences contributed to designing a better performance GaN power amplifier with lower cost for the
telecommunication market. RFHIC is now working on 100 W and 500 W TETRA hybrid amplifiers. 20 W and 40 W
amplifiers are already in production.
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