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Crystals: TS111F23IET Application Field and Working Principle

Crystals have been used in numerous electronic applications for decades, and newer technologies and materials have opened up even more possibilities. The TS111F23IET crystal is one of these newer models, designed to provide excellent stability, temperature compensation, and low power consumption. This guide will provide an overview of the application fields for the TS111F23IET crystal, as well as a detailed explanation of the crystal’s working principle.

Application Field of the TS111F23IET Crystal

The TS111F23IET crystal is optimized for microcontroller oscillators, voltage controlled oscillators, and other oscillators that require a low-jitter, ultra-stable source of reference frequency. It is used for many types of wireless communication technologies, such as RFID and cellular networks, as well as other high-precision applications. Furthermore, the crystal is designed to operate over a wide temperature range (-30 to +85℃) and to consume only a minimal amount of power.

Working Principle of the TS111F23IET Crystal

The TS111F23IET crystal works on the basis of the piezoelectric effect, which is a phenomenon in which certain materials (called piezoelectric materials) generate an electric charge in response to applied mechanical stress. In the case of the TS111F23IET crystal, a small piece of piezoelectric quartz is housed in a metallic case and connected to an oscillator circuit. When an oscillating voltage is applied to the crystal, it vibrates at its fundamental frequency and generates an oscillating electric field.

The frequency of the electric field produced by the TS111F23IET crystal is extremely stable, due to the low mechanical losses in the quartz and the low acoustic losses of the case. This implies that the frequency of the oscillating electric field is very stable over a wide range of temperature, vibration, and other external disturbances. Furthermore, the frequency can be adjusted by controlling the amplitude of the oscillator’s input voltage, making it ideal for applications that require precision tuning of frequency.

Conclusion

The TS111F23IET crystal is a reliable and low-power source of ultra-stable reference frequency for microcontroller oscillators and other applications. Its application field includes wireless communication technologies, voltage controlled oscillators, and other high-precision systems. Its working principle is based on the piezoelectric effect, and its frequency is adjustable by controlling the amplitude of the oscillator’s input voltage.

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