TWETKLJANF-20.000000 Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are used to produce electrical signals of a fixed frequency, and the TWETKLJANF-20.000000 is one such oscillator. The word ‘oscillator’ originates from the Latin oscillare which means ‘to swing’, which aptly describes the regular back and forth movement of the signals produced from this type of device.

The TWETKLJANF-20.000000 oscillator is designed to provide accurate and reliable frequency signals over its wide operational temperature range. Primarily used for RF application with test and measurement equipment, the TWETKLJANF-20.000000 is an excellent choice for use in a wide variety of applications where reliability and accuracy are critical factor.

The most important feature of the TWETKLJANF-20.000000 oscillator is its ability to maintain frequency stability over varying temperatures. Achieved through its advanced frequency control algorithm and crystal oscillator design, the TWETKLJANF-20.000000 operates within the frequency range of 20.000000 MHz and is able to produce a temperature drift of less than 0.09750 MHz/ppm.

The specific application field of the TWETKLJANF-20.000000 oscillator varies according to its frequency and other characteristics. These include, but are not limited to, laboratory procedures related to test & measurement, military operations, broadcast systems, air & radar navigation, remote sensing, surveillance & search, and telecommunications.

The working principle behind the TWETKLJANF-20.000000 oscillator is relatively simple. Inside the oscillator is a quartz crystal that acts as a ‘detector’. This crystal absorbs the energy from the oscillator’s electrical circuit, which leads to the formation of an electric charge at the crystal’s surface. This electric charge in turn causes the crystal to vibrate at an extremely precise frequency.

The TWETKLJANF-20.000000 oscillator is designed in such a way that it can determine the correct frequency for the crystal’s vibration based on the input electrical signal of the circuit. As the crystal vibrates, the electric charge it absorbs is then released back into the circuit, creating an oscillation cycle. This cycle is maintained until the input signal is changed, at which point the crystal’s vibration will be altered too.

The TWETKLJANF-20.000000 oscillator is an invaluable tool for many scientific and technological purposes, and its extensive application field and working principle have made it a popular and widely used device.

The specific data is subject to PDF, and the above content is for reference