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Triad RF introduces State-of-the-art GaN devices, along with complex matching circuits for the driver and final devices, allowing the TTRM4005DR to deliver 5 Watts of OFDM output power per channel, while maintaining an EVM of 4.4%.  Well suited for today’s modern 2×2 MIMO radios, the TTRM4005DR is designed to extend the range of mission-critical communications. Covering the lower C-Band, this BDA offers 25 Watts of output power, and operates from 4400 – 5000 MHz.
Integra Technologies are excited to release a new RF power amplifier module/pallet designed to solve various size, weight, power, and cost challenges (SWaP-C) in high-performance L-band avionic systems. The IGNP1011L2400 is a high power GaN-on-SiC RF power amplifier module/pallet that has been designed specifically for IFF/SSR systems operating under either Mode S ELM (48x {32μs on, 18μs off}, 6.4% Long Term Duty Cycle) or standard Mode S (128μs, 2% Duty Cycle) pulse conditions. It supplies a minimum of 2200W of peak output power, with typically >16 dB of gain and 57% efficiency and operates from a 50V supply voltage. This RF power amplifier module/pallet is matched to 50-ohms at both input and output and is suitable for both 1030 and 1090 MHz.  Features
Applications
Click Here to download the full Product Datasheet. Optimise Wide Bandwidth Signal Performance with Channel Correction by Keysight Technologies...20/3/2019
Article by Eric Hsu, Product Marketing When you use a signal generator to output a continuous wave (CW), the signal generator confirms its output amplitude accuracy at the RF output port. Even when the temperature increases with time, the signal generator has an automatic leveling control (ALC) circuit to monitor and adjust its output power. Outside the signal generator, using flatness correction ensures that you continue to have flat output power even after the signal has passed through all the cables, switches, and splitters. The amplitude accuracy can move from the signal generator’s RF output to the device under test’s (DUT) input. Refer to the previous blog posts "What is Flatness Correction and Why it Matters" and “Overcome Power Drifts with External Leveling” for more information. 
Smaller than a credit card and weighing in at less than a half an ounce, the TFTA1003 is perfect for applications where small size and light weight is critical.
With a voltage input range of +10 to +14 VDC, the TFTA1003 is versatile enough to operate on a range of available voltage buses typically found on a CubeSat chassis. Click Here to download the full Product Datasheet.
Features
Click Here to download the full Product Datasheet. |
