Model MAAM-011109-DIE is a broadband low-noise amplifier capable of 15-dB gain from DC to 50 GHz.

Wideband Amplifier Drives DC to 50 GHz

April 29, 2015
This die amplifier offers low noise and high gain across a continuous bandwidth of DC to 50 GHz.

Boosting communications signals across wide bandwidths usually suggests a number of amplifiers to cover multiple bands. But a single compact amplifier in die form from MACOM Technology Solutions, the model MAAM-011109-DIE, covers the full bandwidth of DC to 50 GHz and provides a number of flexible controls that enable this low-noise amplifier (LNA) to tailor performance as needed across that wide frequency bandwidth.

Model MAAM-011109-DIE (see figure) is fully matched to 50 Ω and exhibits better than 15-dB return loss and more than 15-dB gain across the full frequency range. The typical noise figure is 3.5 dB. The amplifier delivers +21 dBm output power at 1-dB compression. It has a third-order intercept point of +29 dBm.

The RoHS compliant component has gold-plated contact pads and backside and is 100% on-wafer DC and RF tested. It measures 1.97 × 1.30 × 0.1 mm and draws190 mA from a +5-VDC supply. It includes a gate-bias adjustment control that provides 15-dB gain control (from 0 to -1 VDC) and includes a temperature-compensated power detector that provides a DC voltage relative to the output power for consistent performance over changing environmental conditions.

“The DC-50 GHz operation, adjustable bias control for power and gain, and low noise performance make the device a highly versatile solution for multiple wideband applications,” says Paul Beasly, MACOM product manager .The amplifier is well suited for diverse broadband applications, including in electronic-warfare (EW) systems and in test-and-measurement equipment.

MACOM Technology Solutions, Inc., 100 Chelmsford St., Lowell, MA 01851; (800) 366-2266, (978) 656-2500, FAX: (978) 656-2804

Sponsored Recommendations

Getting Started with Python for VNA Automation

April 19, 2024
The video goes through the steps for starting to use Python and SCPI commands to automate Copper Mountain Technologies VNAs. The process of downloading and installing Python IDC...

Introduction to Copper Mountain Technologies' Multiport VNA

April 19, 2024
Modern RF applications are constantly evolving and demand increasingly sophisticated test instrumentation, perfect for a multiport VNA.

Automating Vector Network Analyzer Measurements

April 19, 2024
Copper Mountain Technology VNAs can be automated by using either of two interfaces: a COM (also known as ActiveX) interface, or a TCP (Transmission Control Protocol) socket interface...

Guide to VNA Automation in MATLAB Using the TCP Interface

April 19, 2024
In this guide, advantages of using MATLAB with TCP interface is explored. The how-to is also covered for setting up automation language using a CMT VNA.