MiniCircuits's profile picture. The preferred supplier of RF, microwave and mmWave components and systems to 20,000+ of the world’s most innovative companies.

Mini-Circuits

@MiniCircuits

The preferred supplier of RF, microwave and mmWave components and systems to 20,000+ of the world’s most innovative companies.

We’re expanding on our existing portfolio of connectorized power amplifiers with several new additions to our catalog and more in the works to continue growing our capabilities as your needs evolve. hubs.ly/Q03N7RV70 #rf #engineering #technology

MiniCircuits's tweet image. We’re expanding on our existing portfolio of connectorized power amplifiers with several new additions to our catalog and more in the works to continue growing our capabilities as your needs evolve.

hubs.ly/Q03N7RV70

#rf #engineering #technology

Mini-Circuits was pleased to showcase our HFM and TAI products at the IEEE show in East Hanover, New Jersey last Thursday. Our expert team was available at our booth to chat with reps, customers and friends.

MiniCircuits's tweet image. Mini-Circuits was pleased to showcase our HFM and TAI products at the IEEE show in East Hanover, New Jersey last Thursday. Our expert team was available at our booth to chat with reps, customers and friends.
MiniCircuits's tweet image. Mini-Circuits was pleased to showcase our HFM and TAI products at the IEEE show in East Hanover, New Jersey last Thursday. Our expert team was available at our booth to chat with reps, customers and friends.

Mini-Circuits Yokohama was proud to be an exhibitor at the 2025 Nextech Quantum Computing show in Tokyo, Japan: a comprehensive tradeshow focused on technologies like #quantumcomputing, #AI and #blockchain. #rf #nextech #quantumcomputing

MiniCircuits's tweet image. Mini-Circuits Yokohama was proud to be an exhibitor at the 2025 Nextech Quantum Computing show in Tokyo, Japan: a comprehensive tradeshow focused on technologies like #quantumcomputing, #AI and #blockchain. 

#rf #nextech #quantumcomputing
MiniCircuits's tweet image. Mini-Circuits Yokohama was proud to be an exhibitor at the 2025 Nextech Quantum Computing show in Tokyo, Japan: a comprehensive tradeshow focused on technologies like #quantumcomputing, #AI and #blockchain. 

#rf #nextech #quantumcomputing
MiniCircuits's tweet image. Mini-Circuits Yokohama was proud to be an exhibitor at the 2025 Nextech Quantum Computing show in Tokyo, Japan: a comprehensive tradeshow focused on technologies like #quantumcomputing, #AI and #blockchain. 

#rf #nextech #quantumcomputing
MiniCircuits's tweet image. Mini-Circuits Yokohama was proud to be an exhibitor at the 2025 Nextech Quantum Computing show in Tokyo, Japan: a comprehensive tradeshow focused on technologies like #quantumcomputing, #AI and #blockchain. 

#rf #nextech #quantumcomputing

Mini-Circuits’ ZVE-18GBX+ is a coaxial, wideband amplifier offering flat gain across a wide frequency range from 0.1 to 18 GHz. It’s ideal for applications including satellite systems, Military EW and Radar, and more. hubs.ly/Q03MwTNl0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ ZVE-18GBX+ is a coaxial, wideband amplifier offering flat gain across a wide frequency range from 0.1 to 18 GHz. It’s ideal for applications including satellite systems, Military EW and Radar, and more.

hubs.ly/Q03MwTNl0

#rf #engineering #technology

Mini-Circuits’ CBP3-1870CB+ is a ceramic resonator bandpass filter operating from 1820 to 1920 MHz, making it ideal for applications including 5G base stations and more. hubs.ly/Q03Hz0s00 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ CBP3-1870CB+ is a ceramic resonator bandpass filter operating from 1820 to 1920 MHz, making it ideal for applications including 5G base stations and more.

hubs.ly/Q03Hz0s00

#rf #engineering #technology

Mini-Circuits’ ZVA-06183LN(X)+ is a low noise, coaxial, wideband amplifier offering 43 dB of gain and excellent gain flatness across a wide frequency range from 6 to 18 GHz. hubs.ly/Q03Mxn3F0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ ZVA-06183LN(X)+ is a low noise, coaxial, wideband amplifier offering 43 dB of gain and excellent gain flatness across a wide frequency range from 6 to 18 GHz. 

hubs.ly/Q03Mxn3F0

#rf #engineering #technology

Mini-Circuits Florida has evolved into a fast-moving, high-impact site that’s helping shape the future of production operations across the company. Take a look: hubs.ly/Q03M4bl00 #departmentspotlight #rf #manufacturing

MiniCircuits's tweet image. Mini-Circuits Florida has evolved into a fast-moving, high-impact site that’s helping shape the future of production operations across the company. Take a look: 

hubs.ly/Q03M4bl00

#departmentspotlight #rf #manufacturing

We had a great time attending the SCTE Tech Expo 2025 this week! The show was a great way to connect with customers, reps and friends, and to network and generate new leads. Our team is already looking forward to next year's convention. #rf #techexpo2025 #scte

MiniCircuits's tweet image. We had a great time attending the SCTE Tech Expo 2025 this week! The show was a great way to connect with customers, reps and friends, and to network and generate new leads. Our team is already looking forward to next year's convention. 

#rf #techexpo2025 #scte

ZHL-0G62G5030+ is a coaxial high-power amplifier operating from 600 to 2500 MHz, ideal for applications including communications systems, test and measurement equipment, general laboratory use and more. hubs.ly/Q03Hz8V70 #rf #engineering #technology

MiniCircuits's tweet image. ZHL-0G62G5030+ is a coaxial high-power amplifier operating from 600 to 2500 MHz, ideal for applications including communications systems, test and measurement equipment, general laboratory use and more.

hubs.ly/Q03Hz8V70

#rf #engineering #technology

Mini-Circuits has expanded its selection of innovative high-rejection µCeramIQ filters with new catalog releases of low pass, band pass and high pass designs to support even more application requirements. hubs.ly/Q03JB4Lx0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits has expanded its selection of innovative high-rejection µCeramIQ filters with new catalog releases of low pass, band pass and high pass designs to support even more application requirements.

hubs.ly/Q03JB4Lx0

#rf #engineering #technology

Mini-Circuits’ family of ZVE-433 medium power, high gain amplifiers operate over a wide bandwidth from 18 to 43.5 GHz, ideal for applications including 5G FR2 mmWave testing, test and measurement, broadband telecom and more. hubs.ly/Q03KFtf50 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ family of ZVE-433 medium power, high gain amplifiers operate over a wide bandwidth from 18 to 43.5 GHz, ideal for applications including 5G FR2 mmWave testing, test and measurement, broadband telecom and more.

hubs.ly/Q03KFtf50

#rf #engineering #technology

Mini-Circuits wishes all who celebrate a happy and blessed Rosh Hashana. Best wishes heading into the New Year! #roshhashana #2025

MiniCircuits's tweet image. Mini-Circuits wishes all who celebrate a happy and blessed Rosh Hashana. Best wishes heading into the New Year!

#roshhashana #2025

If you're in Utrecht for @EuMW this week, stop by Mini-Circuits (C073) and Virginia Diodes (D034) booths to check out our collaborative demo of a 90 to 140 GHz sig gen! hubs.ly/Q03KkSvr0 #RF #mmWave #EuMW2025

MiniCircuits's tweet image. If you're in Utrecht for @EuMW this week, stop by Mini-Circuits (C073) and Virginia Diodes (D034) booths to check out our collaborative demo of a 90 to 140 GHz sig gen!

hubs.ly/Q03KkSvr0

#RF #mmWave #EuMW2025

We're examining a 5G n260 band discrete mmWave front end/down-converter, replete with a discrete local oscillator (LO). Performance estimates over the 37 to 40 GHz RF band prove to be excellent when calculated using cascade analysis. hubs.ly/Q03Jq1DY0 #rf #engineering

MiniCircuits's tweet image. We're examining a 5G n260 band discrete mmWave front end/down-converter, replete with a discrete local oscillator (LO). Performance estimates over the 37 to 40 GHz RF band prove to be excellent when calculated using cascade analysis.

hubs.ly/Q03Jq1DY0

#rf #engineering

ZVA-24443HP+ is a wideband low noise, medium power amplifier, operating from 24 to 43.5 GHz. This amplifier offers a single positive supply range, internal DC-DC conversion circuitry, and several DC-protection features: hubs.ly/Q03JB9H60 #rf #engineering #technology

MiniCircuits's tweet image. ZVA-24443HP+ is a wideband low noise, medium power amplifier, operating from 24 to 43.5 GHz. This amplifier offers a single positive supply range, internal DC-DC conversion circuitry, and several DC-protection features:

hubs.ly/Q03JB9H60

#rf #engineering #technology

Mini-Circuits takes pride in providing industry-leading service to every customer that comes our way. Whether they are large industry tycoons or amateur radio hobbyists like Russell, we’re happy to provide our expertise for any project or application. #customersatisfaction

MiniCircuits's tweet image. Mini-Circuits takes pride in providing industry-leading service to every customer that comes our way. Whether they are large industry tycoons or amateur radio hobbyists like Russell, we’re happy to provide our expertise for any project or application. 

#customersatisfaction

Mini-Circuits’ ZVA-71863HP+ is a coaxial, medium power amplifier operating from 71 to 86 GHz, ideal for applications including automotive tests, radar and sensing, SATCOM and more. hubs.ly/Q03JB60f0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ ZVA-71863HP+ is a coaxial, medium power amplifier operating from 71 to 86 GHz, ideal for applications including automotive tests, radar and sensing, SATCOM and more.

hubs.ly/Q03JB60f0

#rf #engineering #technology

This demonstration compares standard filter designs with wraparound terminals to Mini-Circuits’ patented high-rejection designs on stripline as well as microstrip traces. hubs.ly/Q03HpGYX0 #rf #engineering #technology

MiniCircuits's tweet image. This demonstration compares standard filter designs with wraparound terminals to Mini-Circuits’ patented high-rejection designs on stripline as well as microstrip traces.

hubs.ly/Q03HpGYX0

#rf #engineering #technology

Mini-Circuits attended the 2025 COMNEXT expo on Next Generation Communication Technology & Solutions held in Tokyo, Japan from July 30 to August 1. The Mini-Circuits Japan team attended to showcase our latest advancements complete with demos. #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits attended the 2025 COMNEXT expo on Next Generation Communication Technology & Solutions held in Tokyo, Japan from July 30 to August 1. The Mini-Circuits Japan team attended to showcase our latest advancements complete with demos.

#rf #engineering #technology
MiniCircuits's tweet image. Mini-Circuits attended the 2025 COMNEXT expo on Next Generation Communication Technology & Solutions held in Tokyo, Japan from July 30 to August 1. The Mini-Circuits Japan team attended to showcase our latest advancements complete with demos.

#rf #engineering #technology
MiniCircuits's tweet image. Mini-Circuits attended the 2025 COMNEXT expo on Next Generation Communication Technology & Solutions held in Tokyo, Japan from July 30 to August 1. The Mini-Circuits Japan team attended to showcase our latest advancements complete with demos.

#rf #engineering #technology
MiniCircuits's tweet image. Mini-Circuits attended the 2025 COMNEXT expo on Next Generation Communication Technology & Solutions held in Tokyo, Japan from July 30 to August 1. The Mini-Circuits Japan team attended to showcase our latest advancements complete with demos.

#rf #engineering #technology

On the anniversary of September 11, 2001 Mini-Circuits honors the memory of those lost and the heroes whose courage saved lives that day. Their sacrifices will always be remembered.

MiniCircuits's tweet image. On the anniversary of September 11, 2001 Mini-Circuits honors the memory of those lost and the heroes whose courage saved lives that day. Their sacrifices will always be remembered.

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