Skyworks Solutions has introduced three low-noise and high-linearity LNAs for 1.6 to 3.0 GHz receiver applications. The SKY67002-396LF, SKY67003-396LF and SKY67102-396LF are single-stage, GaAs pHEMT LNAs that offer ultra low noise figure, high linearity and excellent return loss in a small QFN package.
Hittite has launched two exciting new SMT packaged clock generators, the HMC1032LP6GE and the HMC1034LP6GE. Ideal for a wide range of high performance cellular/4G infrastructure, fiber optic and networking applications, these devices deliver best-in-class jitter and industry-leading phase noise floor.
Linear Technology has developed the LTC6946, the first device in a family of high performance integer-N frequency synthesizers with integrated VCO, delivering −226 dBc/Hz normalized closed-loop in-band phase noise, −274 dBc/Hz normalized in-band 1/f noise and best-in-class −103 dBc spurious output.
Florida RF Labs has introduced a new and innovative solution for power combining and monitoring. The Doupler™ is a hybrid coupler and directional coupler integrated within a single SMT package. This novel approach brings together the benefits of reduced component count, lower insertion loss, and minimized PCB footprint.
The AR-50 booster amplifier boosts tactical radio signals from handheld and back-pack multi-band VHF/UHF tactical radio equipment employing legacy, proprietary and emerging JTRS waveforms. It provides 50 W of output with as little as 3 W input and offers two antenna ports dedicated to line-of-sight (LOS) or UHF Satellite (SATCOM).
Hittite Microwave Corp. announces the release of a new market leading PLL chip set. The HMC983LP5E DC to 7 GHz Fractional-N divider and frequency sweeper and the HMC984LP4E digital phase-frequency detector and charge pump form a high performance PLL chip set solution targeted at PLL and frequency modulated continuous wave (FMCW) sweeper applications requiring ultimate performance.
Hittite's MMIC band pass filter chip tunes from 19 to 38 GHz with new tunable MMIC filter that occupies only 3 mm2. This analog voltage tuned, solid state MMIC filter is insensitive to environmental conditions, and represents a space saving alternative to mechanically tuned and MEMS based filter solutions.