Low noise amplifier, very linear, flat gain, 3GHz Flat gain : +0 /...
Low noise amplifier, very linear, flat gain, 3GHz Flat gain : +0 /...
Low noise amplifier, very linear, flat gain, 1GHz Flat gain : +0 /...
Low noise amplifier, very linear, flat gain, 1GHz Flat gain : +0 /...
Low noise amplifier, very linear, flat gain, 3GHz
Low noise amplifier, very linear, flat gain, 3GHz
This module features two mounting flanges.
Low noise amplifier, very linear, flat gain, 1GHz
Low noise amplifier, very linear, flat gain, 1GHz
This module features two mounting flanges.
Universal aluminium RF enclosure.
Designed for radio-frequency applications and test equipment.
SMA connectors and both bottom- and top-cover are easily (dis)assembled to support easy exchange of PCBs for experimentation purposes.
This module features two mounting flanges.
This module features two mounting flanges.
Everything You Should Know About Return Loss Measurements Using a Directional Coupler
Contents
May 13, 2019
2270
Power Splitters, Combiners, Couplers and Hybrids: A Taxonomy
The landscape of power splitters, combiners, couplers and hybrides can be daunting at first glance. However, when we classify these devices...
May 13, 2019 929
Modeling Devices with S-parameters
Scattering parameters or S-parameters for short, are the standard way to describe the behaviour of all kind...
May 13, 2019 1763
When Should I use a DC Block in RF Applications?
Sometimes it is necessary to block the DC component in a RF signal. There are two main reasons to do so. The first one is to protect equipment...
May 13, 2019 1183
