Ultra Wideband Electromagnetic Interference Test Report. AN/ASN-163 and AN-PSN-11 GPS Receivers. Rockwell Collins GPS Test Report
ROCKWELL COLLINS INC CEDAR RAPIDS IA
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The goal of the Networking in Extreme Environments NETEX Program is to create a wireless networking technology that enables robust connectivity in harsh environments and support its integration into new and emerging sensor and Navigation receivers. The NETEX program is focused on the development of an improved physical layer for networked Navigations based on a family of new ultra-wideband UWB devices. UWB devices have the potential to perform a number of useful military Navigation and sensing functions that make them very appealing for warfighter applications. This report is one of a series of NETEX sponsored electromagnetic interference EMI test reports that detail the effects of interference from UWB transmissions on legacy military receivers. The purpose of this report is to document the results of EMI testing performed on the ANASN-163 and ANPSN-11 GPS Navigation Receivers using an UWB signal generator as the potential interfering source. The ANASN-163 GPS Navigation Receiver is a five channel Miniaturized Airborne GPS Receiver. The ANPSN-11 GPS Navigation Receiver is a five channel handheld GPS receiver. The report provides detailed descriptions of the UWB signal source and ANASN-163 and ANPSN-11 operating modes, identifies the test methodology and test procedures and presents the results of the test events. The intent of these tests was to determine the relative susceptibility with respect to a standard RF interference signal of the ANASN-163 and ANPSN-11 receivers for several of the primary operating modes of the receivers. Accordingly, a set of thirteen test waveforms were designed and injected into the receivers in order to be able to measure the interference effects. The results of the tests are presented in relative susceptibility plots and summarized in a data table.
- Navigation and Guidance
- Electricity and Magnetism
- Radiofrequency Wave Propagation