RF & Microondas

They amplify high frequency signals, generally from megahertz (MHz) to gigahertz (GHz).

Devices essential in telecommunications and radio communication, designed to transmit and receive electromagnetic waves.

Detection of unwanted and potentially dangerous electrical arcs occurring in electrical systems.

They reduce the power of a signal without significantly distorting its waveform and avoid saturation.

Designed for RF and microwave applications, offering high accuracy and low loss. They are used to connect components in communication systems.

RF and MW capacitors with low ESR, minimal parasitic inductance, and high Q ensure maximum signal integrity and efficiency at high frequencies.

Circulators direct signals in one direction only, while isolators prevent unwanted reflections in RF systems.

Coaxial switches change the signal connection on coaxial cables, managing signal paths in RF systems.

It manages the power supply of active components and the separation of RF signals from DC signals.

Compensates for gain variations across different frequencies, achieving more uniform signal transmission.

The oscillators are designed to provide accurate and stable frequency signals in applications requiring high reliability and performance.

Designed to allow the passage of certain frequency bands while attenuating or blocking others.

Signal generators create electrical waves of various frequencies and shapes for electronic circuit testing and analysis.

Synthesizers generate electronic signals with various waveforms. They are used in music, electronic testing and communications.

The up and down converters adjust the frequency of RF signals, raising or lowering it to suit different stages of the system.