TSX-3225 20.0000MF20X-K0

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Crystals are used for a variety of different applications and can be used in a wide range of different applications. In this article we are going to look at the TSX-3225 20.0000MF20X-K0, and discuss its application field and working principle.

Crystal oscillators are featured in many different devices, ranging from those that are used in audio applications, such as radios and stereos, to those used in communication and satellite technology. They are also used in the automotive industry, and are found in the modern cars of today. These components are all based around the resonant properties of quartz crystal.

What is the TSX-3225 20.0000MF20X-K0?

The TSX-3225 20.0000MF20X-K0 is an electronic device which is based on the design of a quartz crystal oscillator. The device is a ‘surface-mount’ type and so is designed for mounting onto a printed circuit board. It is a lightweight device which measures just 6.8 millimeters in length, 6.0 millimeters in width, and 3.2 millimeters in height. It also has a soldering temperature of up to 260°C and has a maximum supply of 5.5 volts.

Application Field

The TSX-3225 20.0000MF20X-K0 is primarily used for timing and clocking applications, such as in computers or other electronic devices where accurate and reliable timing is important. The device can also be used in video clock generators, in audio applications, and in automotive applications. As part of its primary roles, the crystal is used to generate a very precise clock signal which is then used to control the timing of the device in question.

Working Principle

How does the TSX-3225 20.0000MF20X-K0 actually work? Essentially, when this type of crystal is connected to a power source such as a battery or a microcontroller, it vibrates due to an electrical field being applied to it from the power source. This frequency can then be controlled and tuned using an external circuitry, and it is this frequency which is then used as the clock source for a device. The accuracy of the oscillator can be further improved by applying a “pull range” which is typically set by a manufacturer and defines the range of frequencies which can be used without causing issues.

Conclusion

The TSX-3225 20.0000MF20X-K0 is an excellent choice for those applications where reliable timing and accurate clock signals are required, such as in computers or other electronic devices. It is a surface-mount device which is relatively small and lightweight, and is also able to operate in temperatures up to 260°C. By understanding its application field and working principle, one can quickly determine if the TSX-3225 20.0000MF20X-K0 is the right device for their application.

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