by jacquelineh96 | Mar 24, 2026 | Engineering Resources, Industry Insights, Limiters
The PIN Diode and the Anti-Parallel Configuration The PIN diode itself was invented by Jun-ichi Nishizawa in 19501, just 18 days before R. N. Hall of General Electric. Hall would go on to propose the PIN diode as a rectifier in 19522, and a decade later the...
by Rinchen Athup | Oct 31, 2023 | 90- and 180-Degree Hybrids, Adapters, Amplifiers, Attenuators, Bias Tees, Cables, Directional Couplers, Engineering Resources, Equalizers, Filters, Fixed Attenuators / Terminations, Frequency Doublers, Frequency Mixers, Frequency Multipliers, Limiters, Modulators / Demodulators, Phase Detectors, Power Detectors, Power Sensors, Power Splitters / Combiners, Programmable Attenuators / Solid State RF Switch / UVNA-63 User Guide, RF Choke, RF Transformers, Surface Mount Assembly & Manufacturing Techniques, Switches, Terms, Test Solutions, VCOs
Coaxial & Waveguide Components for Every System One-Stop Shopping from R&D to Production: 27 Product Lines Connector types from BNC to 1.0mm Industry-leading quality and reliability In stock for same-day shipping Tools for the Test Bench Gauges Ensure...
by Rinchen Athup | Jan 13, 2023 | Product Updates
HUNDREDS OF NEW MODELS 2022 Highlights A Year of Innovation 2022 was a year of many breakthroughs for Mini-Circuits’ product line, from amplifiers extending up to E-Band to high-rejection LTCC filters and much more. In case you lost track among the hundreds of...
by minicircuitsadmin | Jun 26, 2015 | Engineering Resources, Limiters
RF & microwave receivers are used to detect low level signals, therefore require high gain, sensitive circuits at the input to reduce the noise floor. Due to the sensitive nature, these circuits are often susceptible to damage if exposed to high level signals. In...
by minicircuitsadmin | Jun 8, 2015 | Engineering Resources, Limiters
Mini-Circuits’ limiters cover a very broad frequency range from 3 KHz to 900 MHz, dynamic range from +3 to +20 dBM, and provide exceptionally hard limiting of 0.05 dB output change per dB input change. All models have been designed to provide very small phase...
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