Discover in-depth articles, product usage tips, and application guides for RF passive components and antennas. Stay informed with MS-TELERF’s latest insights into DAS, 5G, SATCOM, and RF engineering.
Evaluating RF component performance centers on five key electrical parameters: insertion loss, isolation, VSWR, amplitude balance, and phase balance. For 5G and DAS applications, a sixth critical metric—passive intermodulation (PIM)—must also be included. MS TELERF’s […]
Both are power splitters. One is the size of your palm and costs a few bucks. The other is a chunk of metal that costs ten times more. Where does the money go? And is
Microstrip Wilkinson vs. Cavity Power Splitter: Which One Should You Pick for 5G DAS? Read More »
When engineers choose a duplexer, power splitter, or coupler for the link design of Radio Frequency (RF) and microwave communication systems, the first thing they look at is the Frequency Range. But frequency range is
Why RF Passive Component Frequency Range Matters Read More »
In modern RF communication systems, engineers often focus on active equipment such as base stations, amplifiers, and radio units. However, in real-world deployments, many network performance issues originate from a less obvious part of the
Low PIM vs Insertion Loss: Why They Matter in RF Passive Components Read More »
