LATEST

mmTron’s TMC178 up/down-converter is a highly integrated RFIC that combines a balanced mixer with a frequency tripler, filter, and pre- and post-amplifiers in the LO path.

We’re announcing a full IF to antenna solution for 25 to 29 GHz FWA, offering two solutions that combine high power and high linearity to extend network reach with high data rates.

Two VCO MMICs developed for aerospace/defense and high-performance point-to-point radio systems integrate negative resistance devices, varactor diodes, and an on-chip resonator.

To support R&D programs exploring applications above 100 GHz, mmTron has developed a family of three InP distributed amplifiers covering DC to 120, 160, and 180 GHz.

mmTron’s TMC170 is an active mixer covering 20 to 80 GHz with 0 dB average conversion loss at an LO drive of only 0 dBm. It is well-suited for EW receivers and instrumentation front-ends.

Expanding mmTron’s portfolio of mmWave ICs, we’ve developed two SPDT GaAs pHEMT switches with frequency coverage from DC to 70 GHz and DC to 90 GHz. Virtually every mmWave system needs a switch.

mmTron’s TMC252 is a front-end IC covering the FWA, 5G, and Satcom bands between 24 and 30 GHz. It integrates a 6-watt PA, 5 dB noise figure LNA, and T/R switch on a single GaN IC.

To extend the reach of high data rate radios operating between 24 and 30 GHz, mmTron has developed an 8-watt GaN PA and companion ½-watt driver.

Designed for the Ka-Band satellite uplink band, the TMC215 PA delivers >20 W of linear power with 19 dBc NPR across 27 to 31 GHz. The full operating bandwidth is 26 to 32 GHz.

Four of mmTron’s broadband, high performance distributed amplifier MMICs are available in the X-MWblock®️ format from Quantic X-Microwave, enabling quick and easy prototyping of systems.

mmTron is fabricating two ultra-low noise amplifier MMICs with super-low power dissipation for the K- and Ka-Band satellite receivers.

mmTron has developed the highest efficiency class AB GaN PA MMIC for the 17.3 to 21.2 GHz satellite downlink band: 1.1 W output with 35 percent PAE at an NPR of 13 dB.

mmTron’s initial four MMIC baluns cover three bands from 3–18, 11–65, and 27–100 GHz. Two versions of the 3–18 GHz balun offer either DC or AC coupling at the balanced ports.

The TMC161 family converts a single-ended RF input into a low noise, high linearity differential output to drive A/D converters for direct-sampling applications into Ka-Band.

mmTron announces a family of five GaN PAs for the mmWave 5G and Satcom bands from 22 to 41 GHz. All five were designed to optimize linearity.

The TMC200 covers DC to 26.5 GHz and has >2 watts saturated output with a typical TOI of 44 dBm. The PA’s small-signal gain is 15 dB.

The TMC160 DAC interface IC converts the differential output of a high-speed DAC to a clean, low noise, single-ended signal to drive the RF chain of a transmitter.

The TMC774 distributed amplifier was designed to cover DC to 150 GHz (into D-Band) and provide linear output power, low phase noise, and high gain.