Overview
Splitting or combining signals
Whether splitting or combining high power signals our hybrid products have the right specifications: 200W per port input power, good isolation and of course low PIM.
Download Hybrids Datasheets
More about Hybrids
Splitters and combiners that use resistive networks introduce loss as a result of the resistors that are used. Hybrids transformers reduce power that is lost in the form of heat to relatively low levels so are ideal for handling high power signals.
As well as the obvious frequency range key specifications include input power (W) and port to port isolation (dB).
News & Events from Link Microtek
BFD-400: Digital B field measurement 1 Hz to 400 kHz
For more years than we care to remember the Narda ELT-400 was the go-to for low frequency magnetic field measurements. […]
Continue readingWaveguide detectors: 37.5 GHz to 750 GHz
Based on a Schottky diode with integrated passive matching circuitry, ACST waveguide based detectors provide a means of detecting mm-wave […]
Continue readingNew RF semiconductor catalogue
Because of the level of interest in products like GaN switches and amplifiers from Tagore & WavePIA, RF silicon-on-insulator (SOI) […]
Continue readingRadman alarms
A common question we get is what to do if a personal monitor like the Radman gives an alarm. One […]
Continue readingDrone detection software from Sensorz
AI-powered Waterfall Detection & Smart I/Q Capture: Sensorz enhances spectrum monitoring by introducing AI-driven signal detection directly from waterfall displays. Instead of continuous […]
Continue readingDSEi 2025
A main focus of our attendance at DSEi is always our Azdec optical communication systems: short range digitally encoded comms […]
Continue readingPE42447 & PE42448 SP4T switches for 5G mMIMO
The PE42447 is a high power (40 dBm) reflective RF switch covering the frequency range 10 MHz to 8 GHz. With low insertion loss and high linearity it’s ideal for implementing the analogue portion of 5G mMIMO hybrid beamforming.
Continue reading






