About Atlanta Micro
Atlanta Micro, Inc was founded in 2011 with the purpose of designing and manufacturing high performance RF and Microwave products for demanding customer applications and environments. The company is based in Peachtree Corners, Georgia, just north of Atlanta. Our executives possess over 40 years of experience designing state‑of‑the‑art components, receivers, transceivers and systems for the military, government agencies and the test equipment community. Atlanta Micro is focused on providing best‑in‑class broadband RF solutions meeting stringent specifications while offering reduced size, weight and power consumption necessary for portable and low power platforms. Our products are designed to meet customer needs that have been identified through our extensive experience.
Atlanta Micro emphasizes a strong commitment to our customers and we strive to simplify system design with innovative products and readily accessible product information and technical support. Our products are designed with integrated functions and simplified interfaces while providing high performance. Easy access to product data, evaluation units, technical support and product ordering is all available through our intuitive company web site.
New – 3 Bandpass Filter Banks July 21, 2021
New – 1 GHz, 2 GHz, and 3 GHz Bandpass Filters
Atlanta Micro introduces 3 passive bandpass filters implemented on chip that provide low loss and high rejection in miniature packages. These filters are useful as an IF filter in any RF system for image, LO, and spur rejection. All 3 are AC coupled and matched to 50 ohms and operate over the -40C to +100C temperature range.
AM3056; 1 GHz...continue reading.
New – Broadband Gain Equalizing Amplifier July 16, 2021
Atlanta Micro announces the product release of a Slope Correcting Gain Block Amplifier:
AM1110; a new wideband gain equalizing amplifier servicing the 2 to 18 GHz frequency range, part number AM1110. The device has low gain at the lower frequencies increasing to moderate gain at higher frequencies. The increasing gain across frequency makes the AM1110 an ideal solution...continue reading.