Allen, TX -- Fairview Microwave Inc. offers an extensive portfolio of in-stock cost effective coaxial packaged low noise RF amplifiers for the availability market. These low noise amplifiers boast outstanding performance that covers wide octave RF frequency bands from 9 KHz to 3 GHz and can be used across multiple markets for a wide variety of applications including electronic warfare, military communications, SATCOM, receivers, fiber optic communication systems, transportation systems, wireless base stations, patient monitoring systems, radio astronomy and university R&D labs.
These new coaxial amplifiers from Fairview are all priced less than $500.00 USD for 1 unit, and provide system designers and engineers a convenient and cost-effective source of immediately available RF amplifier solutions. These amplifiers exhibit exceptional noise figure levels as low as 0.5 dB and high IP3 linearity up to +37 dBm. The 50 ohm hybrid circuits require no external matching components and are enclosed in rugged metal packages with SMA connectors making them environmentally sealed from harsh elements. Designs perform across the full operational temperature range of -40°C to +85°C.
Fairview Microwave’s latest offering of RF amplifiers have P1dB levels up to +23, low VSWR and are unconditionally stable. Most of the amplifier designs use advanced GaAs PHEMT semiconductors for highly linear performance and high efficiency. Single DC Positive Voltage supply ranges from +12 to +15 Vdc, while Bias Current ranges from 40mA to 190 mA.
“Fairview offers a great selection of cost effective RF amplifiers which are available in-stock with same day shipment for designers who need an immediate solution for a variety of applications,” explains Brian McCutcheon, Vice President and General Manager at Fairview Microwave.
Cost effective RF amplifiers from Fairview are in-stock and available to ship now. For more details, visit http://www.fairviewmicrowave.com/rf-products/cost-effective-coaxial-packaged-rf-amplifiers-for-the-availability-market.html