SemiGen is a leading USA-based outsource to OEMs in the RF/microwave, military, space, homeland security, optical, medical device, and commercial wireless markets. The company's services and products are designed to fill voids in the manufacturing supply chain and production floor. SemiGen's design and manufacturing center includes wire bonding to... Si, GaAs, and GaN chips, RF/microwave and PCB assembly, mixed signal digital and analog assembly, module repair, and high frequency testing and up-screening services. In recent years, SemiGen has invested in coupling their services with in-stock product solutions by carrying the PIN, Limiter, Step Recovery, Point Contact and Schottky Diodes, capacitators, resistors, attenuator pads, inductors, and bonding supplies needed for successful production of several types of solid-state, multi-function assemblies (MFAs) and components. Bonding supplies are available for online purchase. The company's team helps with designs, builds prototypes, and handles volume production runs within the company's new 37,000 square foot facility in Manchester, NH. The facility also includes a class 10,000 clean room. Manual to fully automatic assembly solutions are now available. With the company's recent upgrades in place, the company is also offering wafer processing of silicon wafers, as well as processing ceramic substrates. Processing services provided include any combination of photolithography, wet etch, dry etch, metallization, grinding, polishing, and in-process metrology. The recent investments in the company's RF and Microwave testing and environmental screening lab has also enabled the company to offer high-reliability (Hi-rel) screening of amplifiers, FETs, MMICs, transistors, diodes, and other RF and microwave components operating up into millimeter-wave frequencies. Tests can be performed and delivered with full documentation in adherence with MIL-PRF-19500, MIL-PRF-38534, and MIL-PRF-38535 requirements. Element evaluation and screening options from Class H, Class K, TX, TXV, ...Read More