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Mini-Circuits The world's preferred supplier for RF, microwave and mmWave Products.

Edwin Howard Armstrong was an American electrical engineer best known for having invented foundational electronic circui...
10/19/2026

Edwin Howard Armstrong was an American electrical engineer best known for having invented foundational electronic circuits still used in moder radio, radar and television. These inventions include the regenerative circuits, the superheterodyne circuit, and the FM radio. The regenerative circuit was the first amplifying receiver and the first reliable continuous-wave transmitter, while his crowning achievement, the FM radio, revolutionized the way people listened to news and music.

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Mini-Circuits’ TCP2-182HI75X+ is a 75Ω 2-way 0˚surface-mount power splitter/combiner covering the 5 to 1800 MHz frequenc...
10/15/2026

Mini-Circuits’ TCP2-182HI75X+ is a 75Ω 2-way 0˚surface-mount power splitter/combiner covering the 5 to 1800 MHz frequency range supporting applications including DOCSIS® 4.0, VHF/UHF, CATV and more. This model can handle up to 0.5W RF input power as a splitter, and features core and wire construction mounted on a 6-pad printed laminate base with gold over nickel termination finish. The unit measures .166" x .166" x .140" with Mini-Circuits’ TopHat® feature to improve speed and accuracy of pick and place assembly.

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Mini-Circuits’ PMA4-8243LV+ is a pHEMT-based low-noise MMIC amplifier with high gain and low power consumption. Operatin...
10/14/2026

Mini-Circuits’ PMA4-8243LV+ is a pHEMT-based low-noise MMIC amplifier with high gain and low power consumption. Operating from 8 to 24 GHz, this amplifier is ideal for backhaul radio systems, satellite communications, test and measurement equipment and more. This device is self-biased, requiring a +3.3 V supply voltage, is well-matched to 50Ω, and comes in a small 4×4 mm 24- Lead QFN style package for easy integration into dense circuit board layouts.

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Mini-Circuits’ RBDC9-182-75R+ is a surface mount bi-directional coupler operating from 5 to 1800 MHz, ideal for 75Ω appl...
10/13/2026

Mini-Circuits’ RBDC9-182-75R+ is a surface mount bi-directional coupler operating from 5 to 1800 MHz, ideal for 75Ω applications including DOCSIS® 4.0, Cable TV and more. This model features core and wire construction is good for solderability and easy visual inspection.

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Mini-Circuits’ RCMX Series Mechanical Switch Assemblies contains pairs of latching electro-mechanical SPDT to SP8T switc...
10/09/2026

Mini-Circuits’ RCMX Series Mechanical Switch Assemblies contains pairs of latching electro-mechanical SPDT to SP8T switches operating over a wide bandwidth from DC up to 67 GHz with high isolation and low insertion loss. Each switch is absorptive / internally terminated with a break-before-make configuration and a typical lifetime of 2 million switching cycles. The switches are housed in a compact benchtop package with all RF connectors on the front. The switch assembly can be controlled via USB or Ethernet (supporting SSH, HTTP, and Telnet network protocols). Full software support is provided, including our user-friendly GUI application for Windows and a full API with programming instructions for Windows and Linux environments. The modular design of the RCMX series supports easy field maintenance without needing to return to a Mini-Circuits facility.

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Mini-Circuits’ ZABF-K15R75G+ is a thin film coaxial bandpass filter operating from 14.2 to 17.4 GHz, ideal for Radar, po...
10/07/2026

Mini-Circuits’ ZABF-K15R75G+ is a thin film coaxial bandpass filter operating from 14.2 to 17.4 GHz, ideal for Radar, point to point microwave links, Satcom, Ku Band, and more. This model is fabricated using Thin-Film on Alumina substrate, using a sputtering process that can guarantee an enhanced Q and repeatable performance.

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Mini-Circuits’ RCMX-2SP6T-E67 is a USB & Ethernet controlled mechanical switch assembly operating from DC to 67 GHz. The...
10/05/2026

Mini-Circuits’ RCMX-2SP6T-E67 is a USB & Ethernet controlled mechanical switch assembly operating from DC to 67 GHz. The assembly contains a pair of latching electro-mechanical SP6T switches that are absorptive / internally terminated with a break before make configuration and typical lifetime of 2 million switching cycles when used within the noted specifications. The switches are housed in a compact benchtop package with all RF connectors on the front. The switch assembly can be controlled via USB or Ethernet. Full software support is provided, including our user-friendly GUI application for Windows and a full API with programming instructions for Windows and Linux environments.

https://hubs.ly/Q04srFZm0

Mini-Circuits’ ZVBP-1300-S+ is a cavity coaxial bandpass filter designed by implementing resonant structures with very h...
10/01/2026

Mini-Circuits’ ZVBP-1300-S+ is a cavity coaxial bandpass filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications including aerospace defense and government and more. Our coaxial cavity filters feature a special protective assembly to prevent accidental de-tuning that would otherwise require expensive replacement or return to factory for re-tuning.

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Mini-Circuits’ TSS1-23ULN+ is a MMIC surface mount, low noise amplifier operating from 10 to 2000 MHz featuring a voltag...
09/29/2026

Mini-Circuits’ TSS1-23ULN+ is a MMIC surface mount, low noise amplifier operating from 10 to 2000 MHz featuring a voltage-controlled shutdown capability. This model offers 0.4 dB noise figure, 20.1 dB gain, +20.6 dBm P1dB, and +37.2 dBm OIP3. This combination of characteristics makes it ideal for sensitive receiver applications. TSS1-23ULN+ operates on a single +5 V supply and comes in a small, low profile, 1.5×1.5 mm QFN-style package for ease of integration into dense circuit board layouts.

https://hubs.ly/Q04ss6l90

Oliver Heaviside was a British, self-taught mathematician, physicist and electrical engineer who, although made great co...
09/28/2026

Oliver Heaviside was a British, self-taught mathematician, physicist and electrical engineer who, although made great contributions to both mathematics and telegraphy, flew under the radar and is now eclipsed by other more well-known names such as James Clerk Maxwell. Heaviside created the four vector-form equations that we now know today as Maxwell’s equations, and also formulated the Telegrapher’s Equations, which detail how voltages and currents propagate as waves along a long-distance circuit or transmission line often used for telegraphs in the late 1800s to early 1900s.

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