9290-12-00

High Frequency (RF) Relays are electromechanical devices that are a type of relay which operates at higher frequencies of up to 30MHz. The 9290-12-00 is one such relay, which is designed to switch high frequency signal signals with a minimal switching time of 1.2 ms. It is particularly suitable for switching coaxial RF signals, and can also be used to switch a range of other signals including analogue audio signals.

The 9290-12-00 is constructed from an aluminium diecast enclosure, featuring a stainless steel armature and silver contacts. It has an operating voltage of 50 Volts (DC or RMS), a nominal switching power of 10 Watts, and a low magnetic distortion. It is highly reliable and has an operating life of more than 5 million times, and can be used in a wide range of operating temperature from -10 degrees Celsius to +60 degrees Celsius.

The 9290-12-00 is designed to switch signal applications, from power supplies, amplifiers, radios, and other devices. It is suitable for applications such as mobile phone switching, controlling broadcast equipment, and debug tools. Additionally, it can be used for telecom applications, Wi-Fi applications, and network monitoring systems.

The working principle behind the 9290-12-00 high frequency relay is simple. It works in conjunction with a signal power source, such as a battery. The incoming signal is routed through the relay, which then controls the flow of the signal. When the signal power reaches a certain voltage or current it activates the relay and the signal is allowed to be passed on to its destination. The same process happens when power is removed from the relay. The relay then returns to its off-state, preventing any further signal flow.

The 9290-12-00 high frequency relay has proven to be a reliable way to switch high frequency signals. It is affordable, easy to install and operate and is highly resistant to shock and vibration. Thanks to its low magnetic distortion and long operating life, it can be used in a variety of applications ranging from circuit protection to switching audio signals. It is also reliable and robust enough to be used in high-temperature industrial environments.