M/A-COM Technology Solutions Inc. (M/A-COM Tech), a leading supplier of high performance analog semiconductor solutions, introduced today a new transformer designers’ kit for CATV / broadband applications. The kit features 12 transformer models covering multiple impedance ratios and wind schematics.

M/A-COM Technology Solutions is showcasing a broad portfolio of new products suitable for military communications at the MILCOM, 2011 tradeshow, in Baltimore, Maryland.

M/A-COM Technology Solutions Inc. introduced today a new set of S-Band digital phase shifters for communications, electronic warfare (EW), and radar applications. These phase shifters facilitate easy implementation in communication antennas, phased array radars, weather radars, and EW receivers.

M/A-COM Technology Solutions is showcasing a broad portfolio of new products for Networks, Aerospace and Defense, and Multi-Market applications.

M/A-COM Technology Solutions Inc. introduced today a new set of voltage controlled oscillators (VCOs) for radio applications. The VCOs are ideal for point-to-point radio, point to multipoint radio, communications systems, and low phase noise applications. The InGaP HBT-based VCOs are easily integrated into a phase lock loop, using a divide-by-two output.

New GaAs Integrated Digital Attenuator Features Low Insertion Loss and 75 Ω Impedance

M/A-COM Technology Solutions, a leading supplier of high performance analog semiconductor solutions, recently named Mouser Electronics as an authorized global distributor

Phase Shifters Deliver Fast Switching Speed, Low Phase Error, and Serial or Parallel Control Capability.

The 8.0 V, 20.5 dB Gain amplifier is configured as a pair of cascade structures with excellent broadband performance

Integrated front end ICs for mid-band and high-band MoCA applications, are compatible with Entropic Communications Chipsets

New Splitter Features ‘Default-On Loop-Through Path’ that Provides Continuous Signal

M/A-COM Technology Solutions introduced today two new Front End Integrated Circuits (FEICs). The XZ1003-QT and XZ1004-QT are fully integrated, monolithic, FEICs for Multi Media over Coax Alliance (MoCA) mid-band and high-band RF applications. Both devices are fully compatible with Entropic Communications c.Link MoCA RF transceivers.

VGA Delivers Wide Frequency Range and High Gain for Cellular Infrastructure

Multifunction Phased Array Radar (MPAR) Panel for Next Generation Air Traffic Control and Weather Surveillance Recognized

M/A-COM Technology Solutions, a leading supplier of high performance analog semiconductor solutions, recently named Mouser Electronics as an authorized global distributor

M/A-COM Technology solutions is pleased to announce James (Jim) Dempsey’s promotion to the position of Director of Global Distribution, reporting to Jack Kennedy, Vice President of Sales for M/A-COM Tech. Mr. Dempsey is now responsible for leading the company’s global distribution efforts. Dempsey’s diverse industry experience will strengthen the company’s Distribution Channel

New series of MAAL-0107X LNAs Deliver Low Noise and High Linearity Performance for Cellular Infrastructure Receivers

New Series of MAAL-01070X LNAs Deliver Low Noise and High Linearity Performance for Cellular Infrastructure Receivers - M/A-COM Technology Solutions Inc. (M/A-COM Tech), a leading supplier of high performance analog semiconductors, introduced today a new family of Low Noise Amplifiers (LNAs) for Cellular Infrastructure applications. The LNAs facilitate easy implementation in multiple RF and microwave front-end circuits including GSM, CDMA, WCDMA ...

M/A-COM Technology announced Glen Fields’ appointment as Director, Aerospace and Defense, reporting to Suja Ramnath, Vice President and General Manager of M/A-COM Tech's market-facing businesses. Mr. Fields is now responsible for leading M/A-COM Tech's aerospace and defense initiatives.

M/A-COM Technology Solutions Inc. (M/A-COM Tech) introduced today the MAAD-008866, a 6-bit, 0.5-dB step digital attenuator for 75 Ohm systems operating up to 1 GHz. This attenuator is ideal when high accuracy, low power consumption (4 microAmps typical at 5V, steady state) and low intermodulation products are required.