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Mesh Network Simulators for Wireless Device Testing
Mesh networks are used in a growing number of wireless architectures from military communications to smart home and more. Learn how mesh networks function, explore real-world examples, and see how Mini-Circuits' mesh network simulators allow designers to emulate real-world mesh conditions in the lab environment.
Department Spotlight: Development Test
Mini-Circuits’ commitment to quality would not be possible without the brain power of our Engineering Test team. These talented individuals work tirelessly to ensure that our parts are the most reliable in the industry using state-of-the-art equipment, rigorous home-grown test methods and their expertise acquired from hours of hands-on training.
LTCC Meets 5G: Advanced Filter Designs Achieve True mmWave Performance
Take an in-depth look at Mini-Circuits' new mmWave LTCC filters and their advantages for a variety of systems including phased array radar, backhaul and 5G small cell architectures.
Mini-Circuits’ Growth is Heating Up in Miami-Dade
Mini-Circuits members in Florida have the best of both worlds; passion for their careers and Miami Beach just a short drive away on the weekends. Our Florida team serves as one of our integral manufacturing hubs on the East coast, and our members’ dedication to their work is unparalleled.
Department Spotlight: LTCC Design Team
Innovation doesn’t happen without the remarkable people who make it possible. Meet team members whose talent, dedication and teamwork extended the capabilities of LTCC technology to support the industry’s growing demand for robust, cost-effective, high performance mmWave components.
Mini-Circuits’ India Team Successfully Completes Strict AS9100 Audit
In true Mini-Circuits fashion, our India team demonstrated their dedication to our Quality Policy and rose to the challenge of their recent AS9100 certification audit, passing with flying colors. This success would not have been possible without the amazing people working day and night to prepare for the strict requirements of the audit in the midst of COVID-19.
Success Story: Test Equipment that Adapts to Your Changing Needs
See how Mini-Circuits' ZTM-series modular switching systems helped a wireless communications OEM solve a routing problem for an immediate need while allowing flexibility to reconfigure as their needs changed with minimal cost and downtime.
Embry-Riddle Aeronautical University Partners with Intuitive Machines and Mini-Circuits to Design Historic Lunar Lander
Mini-Circuits is proud to support Embry-Riddle Aeronautical University and Intuitive Machines in designing a historic lunar lander, Nova-C, that will push the boundaries of space exploration. Nova-C is equipped with a camera that will capture the first ever spacecraft landing from a third-person point-of-view.
Turnkey Solid-State Amplifiers for ISM RF & Microwave Energy
Take a closer look at Mini-Circuits' first solid state power amplifier for RF and microwave energy, ZHL-2425-250X+. In this deep dive, we'll explore some of the unique design features and capabilities that make this new model a game changer for many emerging applications for RF power in the ISM 2.4-2.5 GHz band.
A Simple Trick to Protect Your High-Frequency VNA and Save on Lab Expenses
Sometimes a simple trick can save a lot of time and headaches. See how Mini-Circuits 2.92 mm and 2.4 mm NMD adapters can protect your high-frequency test instrumentation from damage and save on other common lab expenses.
Best Practices for Additive Phase Noise Measurements in Amplifiers
Go deep into the challenges and complexities of additive phase noise measurement and learn about the techniques Mini-Circuits uses in its labs to minimize interference and achieve accurate, reliable results.
James Clerk Maxwell: Equations that Set the Foundation for the RF Industry
This June we’re celebrating the birth of James Clerk Maxwell, considered a founding father of modern physics and engineering for his four classical equations that proposed the existence of electromagnetic radiation. His discoveries are regarded with equal reverence to those of Newton and Einstein, and their profound impact on the development of RF technology remains fundamental to our field today.