Resources
Electromagnetic Theory: The Foundation of Modern RF and Microwave Engineering
Introduction Electromagnetic theory is one of the most important principles in modern engineering, forming the foundation of wireless communication, radar systems, satellite networks, aerospace technology, 5G infrastructure, and countless other applications. Every...
Millimeter Wave (mmWave)
Millimeter wave (mmWave) technology is transforming the landscape of modern wireless communication, enabling ultra-fast data transfer, low-latency connectivity, and high-capacity networks. Operating within the frequency range of 30 GHz to 300 GHz, mmWave signals offer...
Microwave Engineering: Driving the Future of RF and Wireless Innovation
Microwave engineering is one of the most critical disciplines behind today’s connected world. From 5G infrastructure and satellite communications to defense radar systems and semiconductor testing, microwave and RF (radio frequency) technologies enable the fast,...
RF Engineering: The Backbone of Modern Wireless Communication
From 5G infrastructure and aerospace systems to satellite communications and defense electronics, RF engineering is the invisible force powering today’s connected world. As wireless technologies continue to evolve, the demand for high-performance RF and microwave...
Understanding the U.S. Public Safety Network and MCV Microwave’s Role in Enhancing Reliability
The U.S. public safety telecommunications network is an essential system that allows first responders—such as police, fire, and medical services—to communicate reliably and efficiently during critical situations. Ensuring this communication network functions seamlessly under all conditions is vital for public safety. Below, we explore the frequency bands used in these networks, their requirements, the challenges they face, and how MCV Microwave plays a pivotal role in addressing these challenges through high-quality, custom solutions.
Troubleshooting for Interferences in 5G Networks
This white paper addresses the growing concerns of Passive Intermodulation (PIM) and other forms of interference in 5G networks. It explores the unique challenges introduced by new frequency bands and highlights effective strategies for troubleshooting these issues. The paper reviews current industry trends in PIM detection and discusses MCV’s innovative solutions tailored for Radio Frequency Maintenance Engineers.
5G C-Band Interference Mitigation: Advanced Solutions By Edward Liang, PhD, MCV-Microwave
Learn how MCV Microwave’s 5G C-Band Interference Mitigation Solutions ensure FCC compliance and protect satellite communication. Download the PDF now!
Fabs and Labs: MCV Microwave
In 1995, two Ph.D.’s were inspired to commercialize high Q, low loss dielectric materials, the fruits of research at the College of Engineering & Applied Sciences at Stony Brook University on Long Island. They formed MCV Microwave, with MCV an acronym for the pillars of the new company: materials, customer centric and vertically integrated.
LC Filters for Aerospace and Defense
For demanding aerospace and defense applications, MCV Microwave offers an extensive line of LC filters in surface-mount, drop-in and “connectorized” packages that withstand rugged environments. LC filter configurations comprise lowpass, highpass, bandpass, band reject, duplexers, multiplexers and tunable filters, with center frequencies from 100 kHz to 10 GHz.
Three Filter Families for Wireless Infrastructure – Ultra-Low PIM and Cavity Filters
MCV Microwave has developed three new filter families for wireless infrastructure. The first is a line of ultra-low passive intermodulation (PIM) cavity filters and multiplexers covering the TETRA and all LTE frequency bands from 300 to 3600 MHz. The typical production PIM performance is −163 dBc, measured with two CW tones, each at 43 dBm. An even lower PIM filter line with a guaranteed −173 dBc is available for PIM test bench and more demanding testing applications.