TFA162WI327KR

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Crystals are used in many different applications and one of those is TFA162WI327KR. But what is the purpose of this crystal and how does it work? To answer that, it\'s important to understand the differences between crystals and what they can do.

Basically, a crystal is a structure composed of elements such as silicon, germanium, quartz, gallium arsenide and other materials. The structure of the crystal is determined by the arrangement of the atoms and molecules within it, and this determines the behavior of the material. Each type of crystal has its own specific range of frequencies at which it vibrates.

TFA162WI327KR is an oven-controlled crystal oscillator (OCXO). It is used in communication and control devices that require extremely precise and accurate frequency stability. OCXOs are used in a variety of applications such as cell phones, satellite communications, GPS systems, and military transmitters.

TFA162WI327KR is designed to offer frequency stability of within ± 3 x 10-3 Hz over a temperature range of 5°C to 55°C. This is achieved by encapsulating the crystal in a sealed container filled with a gas. This gas is heated or cooled by a temperature-controlled oven. When the oven reaches its set temperature, the gas molecules inside the container start to vibrate, causing the oscillation of the crystal to change its frequency. The oscillation will remain constant until the external temperature either drops or rises, requiring the oven to be heated or cooled again.

TFA162WI327KR is highly precise and has a wide range of applications. For example, it can be used in precision instrumentation, timing circuits, and in aviation, automotive, and security systems. It is used to provide the exact frequency reference needed by electronic instruments, devices, and circuitry requiring very precise and accurate frequency stability.

In short, TFA162WI327KR is an oven-controlled crystal oscillator that offers precise frequency stability. It is an essential component in precision instruments, timing circuits, and various other communication and control devices that require highly accurate frequency stability.

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