MACOM Introduces S-Band 7 Watt Pulsed High Power Amplifier

Robust and Balanced Performance for Aviation and Weather Radar Applications

LOWELL, Mass. — (BUSINESS WIRE) — January 14, 2015 — M/A-COM Technology Solutions Holdings, Inc. (“MACOM”), a leading supplier of high-performance RF, microwave, millimeterwave and photonic products, today announced the release of a high power pulsed amplifier designed for Civil Air Traffic Control and Weather Radar applications. The device can be used individually, or in a complete MACOM chipset solution.

MACOM Introduces S-Band 7 Watt Pulsed High Power Amplifier (Photo: Business Wire)

MACOM Introduces S-Band 7 Watt Pulsed High Power Amplifier (Photo: Business Wire)

The MAAP-011022 is a balanced high power amplifier covering 2.7-3.0 GHz in a 6mm PQFN 28-lead SMT package. The device boasts 7 W of pulsed power, 23 dB small signal gain and is designed to provide the customer with very rugged performance under load mismatch. The MMIC’s balanced architecture enables a very robust solution with excellent return loss across the frequency band and high performance under demanding VSWR load conditions.

With +10 V bias operation and fifty OHMS impedance, this IC utilizes one of MACOM’s highly advanced 0.5µm pHEMT processes to enable increased integration at the MMIC level. The MAAP-011022 is encapsulated in a halogen-free, environmentally friendly mold compound. It is RoHS compliant and 260° reflow compatible, operating at an 8% duty cycle.

“The MAAP-011022 is ideally suited to S-band pulsed aviation and weather radar applications,” said Paul Beasly, Product Manager. “The device provides a fully matched, SMT solution with highly rugged balanced configuration that we believe will perform well under demanding conditions.”

Production quantities and samples of MAAP-011022 are available from stock. Final datasheets and additional product information can be obtained from the MACOM website at:

The table below outlines typical performance:

Parameter       Units       MAAP-011022
Frequency       GHz       2.7-3.0
Gain       dB       23.5
P1dB       dBm       37.5
Input Return Loss       dB       20
Output Return Loss       dB       20
Drain Current       A       2.5
PAE       %       28

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