Reliability Analyses
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We provide our customers with a wide selection of electronic reliability analyses options: Failure Modes Effects and Criticality(FMECA, Worst Case Analysis(WCA), Thermal Analysis(THA), Fault Tree Analysis(FTA), Single Point Failures(SPF), Redundancy Verification Analysis(RVA), Parts Stress Analysis(PSA). Probabilistic Risk Analysis (PRA).Customers in the Aerospace, Medical/Biomedical, and Power/Energy industries most benifit from these expertise.
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Environmental Effects Analyses
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Capabilities exists for optimizing existing electronic designs susceptible to the following environmental effects:space radiation,thermal radiation,vibration and shock,and electromagnetic interference (EMI/EMC).Design optimization can be performed at the PCB, assembly, subsystem, and systems levels.Customers in the Aerospace, Communications, Power/Energy industries most benifit from these expertise.
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Wireless, Biotechnology, PowerEnergy and Aerospace Electronics Design
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The mobile wireless electronic industry is in constant flux requiring ever increasing capabilities. We can assists in: antenna design and analysis, bioelectromagnetic effects, propagation modeling, electromagnetic compatibility, transceiver design,component design (ASIC, Hybrids, FPGA)and PCB design. These capabilities are available for PCS and base stations designs.
We provide assitance and consulting in the design of medical electronics devices.
We can provide assistance and consulting in the design of avionics for diverse types of aerospace applications.
We can provide assistance and consulting in the analysis of power and energy systems including renewable resources.
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Aerospace Subsystem Designs
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At M.R. Research there is a wide range of capabilities for the benefit of the aerospace industry. In the satellite business expertise exists is avionics design for C&DH, EPS, ACS, and Telecomm.subsystems. In the aircraft industry capabilities exists for hardware design in guidance, navigation, and communications subsystems.
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