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.

ZVA-24443G1X+ is a connectorized LNA and provides wideband coverage from 24 to 43.5 GHz, suitable for a variety of applications through Q-Band. The amplifier operates on a single supply voltage from +9 to +15V. hubs.ly/Q03WD8KH0 #RF #engineering #technology

MiniCircuits's tweet image. ZVA-24443G1X+ is a connectorized LNA and provides wideband coverage from 24 to 43.5 GHz, suitable for a variety of applications through Q-Band. The amplifier operates on a single supply voltage from +9 to +15V. 

hubs.ly/Q03WD8KH0

#RF #engineering #technology

We're proud to announce the appointment of Joseph Merenda as the company’s first Research & Development Fellow, marking a significant milestone in the organization’s long-term commitment to engineering excellence and technical innovation. hubs.ly/Q03WDlms0 #innovation #rf

MiniCircuits's tweet image. We're proud to announce the appointment of Joseph Merenda as the company’s first Research & Development Fellow, marking a significant milestone in the organization’s long-term commitment to engineering excellence and technical innovation.

hubs.ly/Q03WDlms0

#innovation #rf

Our modular switch systems offer flexibility, customizable functionality and fast turnaround for automated test setups. Our smart modular controller provides a single interface to your system, with software and applications support. hubs.ly/Q03VH-Z40 #rf #engineering

MiniCircuits's tweet image. Our modular switch systems offer flexibility, customizable functionality and fast turnaround for automated test setups. Our smart modular controller provides a single interface to your system, with software and applications support.

hubs.ly/Q03VH-Z40

#rf #engineering

We were pleased to attend the Altera Roadshow Show in both Bengaluru, India on November 18 and Hyderabad, India on November 20. The show highlighted the advancements in FPGA, Direct RF sampling, baseband processing and AI acceleration. #rf #engineering #alteraroadshow

MiniCircuits's tweet image. We were pleased to attend the Altera Roadshow Show in both Bengaluru, India on November 18 and Hyderabad, India on November 20. The show highlighted the advancements in FPGA, Direct RF sampling, baseband processing and AI acceleration. 

#rf #engineering #alteraroadshow
MiniCircuits's tweet image. We were pleased to attend the Altera Roadshow Show in both Bengaluru, India on November 18 and Hyderabad, India on November 20. The show highlighted the advancements in FPGA, Direct RF sampling, baseband processing and AI acceleration. 

#rf #engineering #alteraroadshow
MiniCircuits's tweet image. We were pleased to attend the Altera Roadshow Show in both Bengaluru, India on November 18 and Hyderabad, India on November 20. The show highlighted the advancements in FPGA, Direct RF sampling, baseband processing and AI acceleration. 

#rf #engineering #alteraroadshow
MiniCircuits's tweet image. We were pleased to attend the Altera Roadshow Show in both Bengaluru, India on November 18 and Hyderabad, India on November 20. The show highlighted the advancements in FPGA, Direct RF sampling, baseband processing and AI acceleration. 

#rf #engineering #alteraroadshow

From snowy New England to sunny South Florida, Michael Schweyer brings decades of RF experience to one of Mini-Circuits’ most exciting product lines. See how his leadership is shaping the future of microCeramIQ®. hubs.ly/Q03TQHcM0 #employeespotlight #engineering

MiniCircuits's tweet image. From snowy New England to sunny South Florida, Michael Schweyer brings decades of RF experience to one of Mini-Circuits’ most exciting product lines. See how his leadership is shaping the future of microCeramIQ®. 

hubs.ly/Q03TQHcM0

#employeespotlight #engineering

We're proud to be a Gold Sponsor of the 2025 IEEE Microwaves, Antennas and Propagation Conference (MAPCON), taking place December 14-18 in Kochi, Kerala, India. Our CEO Jin Bains is set to deliver a plenary talk on Monday, Dec 15. hubs.ly/Q03VRnDP0 #rf #ieee #mapcon

MiniCircuits's tweet image. We're proud to be a Gold Sponsor of the 2025 IEEE Microwaves, Antennas and Propagation Conference (MAPCON), taking place December 14-18 in Kochi, Kerala, India. Our CEO Jin Bains is set to deliver a plenary talk on Monday, Dec 15.

hubs.ly/Q03VRnDP0

#rf #ieee #mapcon

From the Mini-Circuits family to yours, we wish our customers, suppliers, members and friends a happy and healthy Thanksgiving! #thanksgiving #thanksgiving2025 #bethankful #family

MiniCircuits's tweet image. From the Mini-Circuits family to yours, we wish our customers, suppliers, members and friends a happy and healthy Thanksgiving! 

#thanksgiving #thanksgiving2025 #bethankful #family

Mini-Circuits’ TERM-10W-183S+ is a wideband, high power termination capable of absorbing signals up to 10 W from DC to 18 GHz. This model is ideal for applications including cellular and satellite communications and more. hubs.ly/Q03RC6cC0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ TERM-10W-183S+ is a wideband, high power termination capable of absorbing signals up to 10 W from DC to 18 GHz. This model is ideal for applications including cellular and satellite communications and more.

hubs.ly/Q03RC6cC0

#rf #engineering #technology

Mini-Circuits’ NF-MQK50+ is a coaxial N-Female to N-Male Quick Connect adapter supporting a wide range of applications from DC to 12.4 GHz. hubs.ly/Q03R7H6j0 #rf #engineering #technology

MiniCircuits's tweet image. Mini-Circuits’ NF-MQK50+ is a coaxial N-Female to N-Male Quick Connect adapter supporting a wide range of applications from DC to 12.4 GHz.

hubs.ly/Q03R7H6j0

#rf #engineering #technology

Our new PMA4-8243LN+ is a GaAs pHEMT MMIC low noise amplifier covering three full octaves of operating bandwidth from 8 to 24 GHz. It’s a versatile option to improve system performance in a variety of wideband applications. hubs.ly/Q03Tz_2P0 #rf #mmic #engineering


TSY-83LNW+ is a low noise MMIC amplifier with a combination of high OIP3 and flat gain. Operating from 30 to 8000 MHz, this amplifier features 1.4 dB noise figure, 18.9 dB gain, +14.7 dBm P1dB, and +27.1 dBm OIP3. hubs.ly/Q03PxpHC0 #rf #mmic #engineering

MiniCircuits's tweet image. TSY-83LNW+ is a low noise MMIC amplifier with a combination of high OIP3 and flat gain. Operating from 30 to 8000 MHz, this amplifier features 1.4 dB noise figure, 18.9 dB gain, +14.7 dBm P1dB, and +27.1 dBm OIP3.

hubs.ly/Q03PxpHC0

#rf #mmic #engineering

Our new ZX76-24G-30-S+ adds another option to our growing lineup of wideband digital step attenuators, now available in 24, 43.5, 50 and 65 GHz models. This model covers an attenuation from 0 to 31.5 dB in 0.5 dB steps. hubs.ly/Q03R7Qyc0 #rf #engineering #technology

MiniCircuits's tweet image. Our new ZX76-24G-30-S+ adds another option to our growing lineup of wideband digital step attenuators, now available in 24, 43.5, 50 and 65 GHz models. This model covers an attenuation from 0 to 31.5 dB in 0.5 dB steps.

hubs.ly/Q03R7Qyc0

#rf #engineering #technology

ZHL20M1G0100X+ is a Class AB, high-power amplifier providing typically 100W saturated power over the 20 to 1000 MHz band, ideal for a variety of high-power test setups and applications including communications, radar and more. hubs.ly/Q03Nyjss0 #rf #engineering #technology

MiniCircuits's tweet image. ZHL20M1G0100X+ is a Class AB, high-power amplifier providing typically 100W saturated power over the 20 to 1000 MHz band, ideal for a variety of high-power test setups and applications including communications, radar and more.
hubs.ly/Q03Nyjss0

#rf #engineering #technology

LFHKI-3800+ is an LTCC low pass filter with a DC to 3.8 GHz passband supporting a variety of applications. This model provides 1.1 dB typical insertion loss over a wide band due to its rugged monolithic construction. hubs.ly/Q03Nycgp0 #rf #ltcc #engineering

MiniCircuits's tweet image. LFHKI-3800+ is an LTCC low pass filter with a DC to 3.8 GHz passband supporting a variety of applications. This model provides 1.1 dB typical insertion loss over a wide band due to its rugged monolithic construction.

hubs.ly/Q03Nycgp0

#rf #ltcc #engineering

We’re proud to support the men and women who have served in the armed forces and thankful for their service. Throughout our history, our company has been designing cutting-edge technology to help keep the world secure and to help bring troops home safe. #veteransday #2025

MiniCircuits's tweet image. We’re proud to support the men and women who have served in the armed forces and thankful for their service. Throughout our history, our company has been designing cutting-edge technology to help keep the world secure and to help bring troops home safe.

#veteransday #2025

ZVA-183WX-S+ is a Class-A, four stage, unconditionally stable amplifier operating from 0.1 to 18 GHz. It's ideal for applications including radar and miliary, test and instrumentation, satellite repeaters and more. hubs.ly/Q03RW0PZ0 #rf #amplifier #wideband #engineering

MiniCircuits's tweet image. ZVA-183WX-S+ is a Class-A, four stage, unconditionally stable amplifier operating from 0.1 to 18 GHz. It's ideal for applications including radar and miliary, test and instrumentation, satellite repeaters and more.

hubs.ly/Q03RW0PZ0

#rf #amplifier #wideband #engineering

This article explores a tiny, wideband push-pull amplifier solution that runs from HF to the lower UHF frequency range and achieves an OIP2 of nearly +100 dBm along the way. hubs.ly/Q03PxsCy0 #rf #engineering #mmic #technology

MiniCircuits's tweet image. This article explores a tiny, wideband push-pull amplifier solution that runs from HF to the lower UHF frequency range and achieves an OIP2 of nearly +100 dBm along the way. 

hubs.ly/Q03PxsCy0

#rf #engineering #mmic #technology

HPCJ-20-43+ is an LTCC directional coupler from 3300 to 4000 MHz, supporting a variety of applications. This model provides 0.09 dB typical mainline loss, 20 dB coupling, and 30 dB directivity. hubs.ly/Q03NydXG0 #rf #ltcc #engineering

MiniCircuits's tweet image. HPCJ-20-43+ is an LTCC directional coupler from 3300 to 4000 MHz, supporting a variety of applications. This model provides 0.09 dB typical mainline loss, 20 dB coupling, and 30 dB directivity.

hubs.ly/Q03NydXG0

#rf #ltcc #engineering

ZVA-20543VG+ is a variable gain, medium power amplifier with gain control, operating from 20 to 54 GHz. It’s ideal for applications including wideband test and instrumentation, 5G-FR2 mmWave testing, and more. hubs.ly/Q03RCyHg0 #rf #amplifier #coaxial #variablegain

MiniCircuits's tweet image. ZVA-20543VG+ is a variable gain, medium power amplifier with gain control, operating from 20 to 54 GHz. It’s ideal for applications including wideband test and instrumentation, 5G-FR2 mmWave testing, and more.

hubs.ly/Q03RCyHg0

#rf #amplifier #coaxial #variablegain

’ ZVA-5803X+ is a coaxial, medium power amplifier, operating from 0.5 to 80 GHz, an ideal choice for testing and instrumentation applications for communications and radar. hubs.ly/Q03Rp7f00 #rf #engineering #technology

MiniCircuits's tweet image. ’ ZVA-5803X+ is a coaxial, medium power amplifier, operating from 0.5 to 80 GHz, an ideal choice for testing and instrumentation applications for communications and radar. 

hubs.ly/Q03Rp7f00

#rf #engineering #technology

Loading...

Something went wrong.


Something went wrong.