Radiation-tolerant circuits incorporate special processes, circuitry, packaging, and coatings to protect them from the effects of radiation.
Today's aerospace systems, space satellites, and nuclear reactors rely heavily on semiconductor technology to control, calculate, communicate, and drive various systems. However, the harsh radiation environment of space, high-altitude flights, and nuclear reactors rules out the use of most commercial- and industrial-grade ICs and power semiconductors. Radiation-tolerant circuits incorporate special processes, circuity, packaging, and coatings to protect them from the effects of radiation.
Download this white paper to learn more about a range of radiation protection strategies.
Push your X-band testing further with dual-channel power and precision from 8 to 12.5 GHz. Mini-Circuits’ SSG-8N12GD-RC delivers coherent or non-coherent outputs, modulation flexibility...
Accurate RF measurements depend on more than just high-end equipment—connector quality and care are critical. Learn best practices for selecting, maintaining, and inspecting RF...
In this video, Mini-Circuits engineer Stephen Leone explains how to set up and operate the RFS-2G42G51K0+ generator for 2.4–2.5 GHz RF energy applications up to 1 kW, covering...
Wider bandwidths push RF systems to their limits—don’t let power measurement hold you back. Mini-Circuits' sensors deliver precision up to 9 GHz, without the high cost.
