by minicircuitsadmin | Jun 1, 2023 | Engineering Resources, Filters, Industry Insights
Erick Olsen, Global Market Manager – Aerospace & Defense Background For all the headlines and personal anecdotes lamenting how commercial air travel isn’t what it used to be, there are some clear benefits enabled by recent advances in technology we might be...
by minicircuitsadmin | May 12, 2023 | Engineering Resources, Filters, Industry Insights
Recent disruptions in the supply base for ceramic resonators have sent waves of end-of-life notifications through the RF component market. Customers utilizing ceramic-resonator-based filters and other parts are left with the problem of finding alternative suppliers or...
by minicircuitsadmin | Apr 12, 2023 | Amplifiers, Engineering Resources, Filters, Frequency Mixers, Modulators / Demodulators, VCOs
An Introduction to the History, Principles and Applications of AM Radio When you think of advancements in signal modulation, your mental time machine might go back to the turn of the 21st century and LTE which was proposed by NTT DOCOMO as “Super 3G” in early...
by minicircuitsadmin | Feb 24, 2023 | Engineering Resources, Filters
Finding the right filter for frequency ranges above the 3 GHz range is a perennial challenge for RF system engineers. Designers are typically looking for repeatable performance at production volume and a small, surface-mount form factor robust enough to withstand...
by minicircuitsadmin | Dec 8, 2022 | Amplifiers, Attenuators, Engineering Resources, Filters, Frequency Mixers
The predecessor to this article reviewed cascade analysis for P1dB and IP3 in a simple, three-component receiver front-end. In that example, the LNA was the only non-linear component in the system, significantly simplifying calculations for linearity parameters. The...
by Rinchen Athup | Nov 17, 2022 | Filters, Product Updates
PATENTED TECHNOLOGY Reflectionless Filters Eliminate Spurs & Intermods Mini-Circuits’ reflectionless filters are the only commercially available filters that absorb and internally terminate stopband signals rather than reflecting them back up the signal chain....
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