TS100F23IET

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Crystals

Crystals are substances composed of a regularly bound network of atoms. It is typically symmetrical and has a regular geometric shape. Generally, crystals share many of the same properties, such as strength, electrical conductivity, and thermal conductivity, among others. They also have the ability to either be attracted to or repelled by certain substances.

The TS100F23IET is a feature-rich piezoelectric crystal element designed for consumer, biomedical, and industrial applications. It was developed with the aim of providing designers with an all-in-one solution for various electronic designs from consumer electronic products to high-tech industry systems. It provides users with a wide range of performance properties, including frequency stability, high temperature stability, and excellent mechanical stability.

The TS100F23IET crystal element is most commonly used as a timing element in electronic circuits and systems. This type of crystal consists of two metal electrodes placed on each side of a crystal blank. An electrical potential is applied across the electrodes, causing the crystal to vibrate at a resonant frequency. This frequency is determined by the size, shape, and cut of the crystal.

The working principle of a TS100F23IET crystal involves the application of an alternating current of sinusoidal waveform to the electrodes of the crystal. This alternating current generates an electric field within the crystal, which induces vibrations in the crystal lattice along a specific axis. These vibrations produce an acoustic wave at a specific frequency, corresponding to the resonant frequency of the crystal. This acoustic wave is then converted back into an electrical signal at the electrodes.

The main application field of TS100F23IET crystal elements is in quartz crystal oscillators, which are used in the timing circuits of various electronic systems. The oscillator takes a sinusoidal waveform at its input, and the frequency of this waveform is determined by the resonant frequency of the crystal. This is then coupled with a feedback circuit and output stage to create a stable, accurate frequency output. The oscillator is commonly used in a wide range of applications, including timing elements in communication systems, frequency synthesisers, motor control systems, and other precision applications.

TS100F23IET crystals are also used as part of frequency-selective filters. A filter is a device that passes some frequencies, but rejects others. This can be achieved by tuning the resonant frequency of the crystal element to match the desired frequency. This type of filter is commonly used in the digital filtering of audio and video signals.

In conclusion, the TS100F23IET is a versatile and high-performance piezoelectric crystal element, suitable for use in a wide range of electronic designs. It is widely used as a timing element in oscillators for communication systems, frequency synthesizers, and frequency-selective filters for audio and video signals. Moreover, it offers excellent mechanical stability and frequency stability, making it an ideal choice for a variety of applications.

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