Mini-Circuits

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

[Mini-Circuits @MiniCircuits]

HFHKI-1600+ is a µCeramIQ surface mount high pass filter operating from 1900 to 9500 MHz, ideal for applications including 5G Sub-6 GHz wireless systems, Radar, EW, ECM defense systems and more.

https://t.co/XiH1zM4zhL

#rf #ltcc #engineering #technology

[Mini-Circuits @MiniCircuits]

In this article, we show how cascading a couple LTCC filters and a single MMIC filter achieves both band-limiting and spurious mitigation utilizing components that come in tiny, cost-efficient packages to meet SWaP-C requirements.

https://t.co/Y9zCuPjzUA

#rf #engineering

[Mini-Circuits @MiniCircuits]

We continue to expand our portfolio with the introduction of the first SIW bandpass filter models to its innovative µCeramIQ product line. These proprietary designs incorporate SIW filter topologies into LTCC substrates.

https://t.co/d5afrKGxkJ

#ltcc #engineering #technology

[Mini-Circuits @MiniCircuits]

XAT-10+ is a MMIC surface mount, fixed attenuator operating from DC to 45 GHz, making this model ideal for applications including test and measurement equipment, satellite communications, radar, EW and more.

https://t.co/lJek2SXZYQ

#mmic #rf #engineering #technology

[Mini-Circuits @MiniCircuits]

In this video, Mini-Circuits’ Product Manager for Test Accessories and Interconnect Products, Mitch Haft presents two families of RF coaxial cable models (CBL and CBN) for test and measurement applications.

https://t.co/sgLIsC73It

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

These WVA coaxial, medium power, high frequency amplifiers operate from 71 to 86 GHz. These models are ideal for applications including automotive tests, radar/sensing, 5G FR2 bands (e-band) and more.

https://t.co/3fKz66Masb

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

ZBT-44-1A-FT+ is a wideband coaxial bias-tee operating from 10 MHz to 43.5 GHz, ideal for applications including broadband communication, wideband test and measurement, 5G FR2 millimeter wave testing and more.

https://t.co/Xer7QqHzGz

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

WVA-71863HP+ is a medium power high gain amplifier, covering 71 to 86 GHz with WR12 waveguide interfaces. This amplifier is suitable for applications including automotive radar testing, aerospace and defense, and more.

https://t.co/j90ltKJYu1

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

ZVA-18443VG+ is a coaxial variable gain amplifier with gain control operating from 18 to 43.5 GHz. This model is suitable for applications including wideband test and instrumentation, 5G FR2 millimeter wave testing, and more.

https://t.co/rMng8jzR4I

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

This #july4th, we wish our team members, customers and friends and happy and safe holiday as we celebrate our nation’s independence and the history we share.

#independenceday2026 #usa

[Mini-Circuits @MiniCircuits]

Mini-Circuits’ WVA-71863LNX+ is a waveguide, high frequency, low noise amplifier operating from 71 to 86 GHz. This model supports automotive radar testing, aerospace and defense, test and measurement, and more.

https://t.co/g4zV8iel3m

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

Join Mini-Circuits' Technical Marketing Engineer, Chris DeMartino in another overview of a recent addition to the company's MMIC portfolio. The TSS-43ULN+ is a pHEMT-based MMIC low noise amplifier.

https://t.co/DBCA6NKFoJ

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

Sir Oliver Lodge was an English physicist and electrical engineer who contributed to the development of the radio through his work with electromagnetic radiation (EMR).

https://t.co/nyqIF5h08x

#radiohistory #rf

[Mini-Circuits @MiniCircuits]

ZVA-02653G+ is a wideband coaxial amplifier operating from 2 to 65 GHz ideal for applications including 4G, 5G FR1, FR2, broadband telecom, satellite communications, test and measurement and more.

https://t.co/P1gnafrcbM

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

SSG-R7N6GD-RC and SSG-R7N6G-RC are USB and Ethernet signal generators operating from 700 to 6000 MHz. These models are ideal for semiconductor high power burn-in and life testing, Radar and more.

https://t.co/mJq6Oio3Hl
https://t.co/n6bC0Gz6sx

#rf #technology #engineering

[Mini-Circuits @MiniCircuits]

BFHK-1432+ is an LTCC band pass filter operating from 14 to 14.4 GHz, ideal for test and measurement equipment, satellite communications, aerospace and defense signal coding, and more.

https://t.co/O4lXYqXtWJ

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

In this video, Mini-Circuits' Technical Marketing Engineer, Chris DeMartino explains the key features and functions of the TSS-23ULN+ pHEMT-based MMIC low noise amplifier.

https://t.co/ODj9jDZwuh

#MMIC #rf #engineering #technology

[Mini-Circuits @MiniCircuits]

141N-20CSM is a non-magnetic, wideband hand-flex cable operation from DC to 18 GHz. This model is ideal for cryogenic environment applications, test and measurement, high-speed data systems, instrumentation and more.

https://t.co/5TlJAGMMEb

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

In this application note, we examine a wireless router used to transmit a Wi-Fi signal in the 5 GHz band and describe a practical way to characterize the RF channel performance while reducing the overall cost of testing.

https://t.co/FXNRQkbnPI

#rf #engineering #technology

[Mini-Circuits @MiniCircuits]

ZBT-44-1A-FT+ is a wideband coaxial bias-tee operating from 10 MHz to 43.5 GHz, ideal for applications including broadband communication, wideband test and measurement, 5G FR2 millimeter wave testing and more.

https://t.co/xcnEzXNtki

#rf #engineering #technology