Designed to cancel RF interference, our Referenced Canceller solutions are applicable for multiple markets, including defense, EW, and radar.
MPG offers a Multi-Channel Interference Canceler (MIC), that utilizes a classical referenced approach to significantly reduce strong interfering RF signals emanating from co-located emitters. MIC devices are also called Referenced Cancellers, as they cancel in-band interferers on the same mobile platform, enabling proper receiver operation in communications or collection systems.
An MPG Referenced Canceller constitutes a 5-channel rack-mount VHF/UHF cosite interference mitigation system, offering the following benefits:
MPG Referenced Canceller solutions reject the interferer’s amplitude at the receive location and are designed to solve the following challenges:
MPG Solutions are qualified for airborne platforms and ground mobile or shipboard communication systems. Our flexible solutions support multiple radio models, including ARC-225, ARC-231, ARC-210 and ARC-210D radios, providing built in agility to simplify future integrations with new technology.
MPG Solutions® provides expert support throughout all of the phases in our customer experience, from quoting the perfect solution to continued post-delivery support and extended warranty coverage. Let's take on your latest design challenge together.
Through continuous product, technology, and process innovation, Pole/Zero continues to expand its role as the leading supplier of unique, cost-effective solutions to the most complex of RF challenges. Our comprehensive suite of RF interference mitigation devices includes Tunable Filters, Low Noise Amplifiers, Integrated Cosite Equipment, Cosite Power Amplifiers and a wide range of other products tailored to the interference characteristics of multiple industries.
Our expertise and experience in space and military markets, has led to industry leading products that readily meet the unique size, weight and power requirements of cosite environments, placing us as a leading supplier for military applications.
The Referenced MIC contains five channels, each of which can be selected to cover either VHF Low (30-88 MHz), VHF High (116-174 MHz), or UHF (225-400MHz). Further, the MIC detects frequency changes of the interferer automatically and the revised interference is canceled, even with frequency hopping signals. This is accomplished by injection of accurately scaled anti-phase images of the reference interfering
signals.