RF PIN Diode
Communications & Embedded Systems

image of network diode assembly

Network diode assembly


image of Monte Carlo Simulation Results for a 45° Phase Shift

Monte Carlo simulation results for a 45° phase shift

Pin diode assemblies are used at the PARCS radar site in high-power phase-shifters. Southwest Research Institute (SwRI) engineers analyzed the original diode assemblies and obsolete PIN diodes and designed a new assembly with a new commercially available PIN diode.

Statistical analysis was conducted to prove that the new diode met the original specifications, and Monte-Carlo circuit analysis was conducted to ensure that the new hybrid assembly would meet the system specifications.

Related Terminology

PIN diode assemblies  •  radio frequency PIN diode  •  high-power phase-shifters  •  embedded systems  •  automation and data systems  •  radio frequency engineering  •  RF engineering  •  radar systems  •  custom test systems  •  RF instrumentation  •  system integration  •  RF consultant  •  analysis, development  •  communications  •  pulsed power  •  high power  •  wireless  •  electromagnetic simulation  •  wireless design  •  communications engineering

communications.swri.org

Thomas Untermeyer, Sr. Program Manager, Communications & Embedded Systems, Automation & Data Systems

(210) 522-5040, tuntermeyer@swri.org

Benefiting government, industry and the public through innovative science and technology
Southwest Research Institute® (SwRI®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 11 technical divisions.
07/05/12