CM315E32768DZBT Crystals, Oscillators, Resonators

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Crystals: CM315E32768DZBT application field and working principle

Crystals are broadly used in communication technology and electronics. They range from the small ones found in wristwatches to the large ones found in cellular phone base stations. Different applications may involve different crystal parameters, such as the resonant frequency, the parallel and series resonance modes, the effective elastic coefficient and so on. One of the most common crystal types is the CM315E32768DZBT.

The CM315E32768DZBT is a crystal oscillator which is designed to be directly soldered into a printed circuit board. Its small package size and low frequency make it suitable for a wide range of printed circuit board applications, such as medical and automotive devices, data communication bridges, RGB video display controllers, AV receivers and DVD video players. In addition, this oscillator features a superior frequency precision compared to other crystal oscillators.

The CM315E32768DZBT consists of an AT-cut crystal resonator, a capacitor and an amplifier. The crystal resonator is typically made from quartz and is used as the oscillator’s frequency-determining component. The capacitor and amplifier are used to regulate the flow of current between the two contacts of the crystal. When the supply voltage is applied to the resonator, an oscillation of electrical current is created which is then amplified and passed to the printed circuit board.

The CM315E32768DZBT crystal oscillator is designed with a parallel resonance circuit which allows it to operate with small current consumption and low phase noise while providing excellent frequency precision. The crystal can be used in a wide range of frequencies, ranging from 1.84 to 76.800 MHz. It is also available in two forms: a fundamental mode and a higher-frequency overtone mode.

The CM315E32768DZBT has a variety of advantages compared to other crystal oscillators. These include a high temperature stability, a wide range of operating voltages and frequencies, a low cost and a small size. Additionally, this crystal is designed with an effective elastic coefficient which helps to ensure low power consumption and a higher frequency precision.

In conclusion, the CM315E32768DZBT crystal oscillator is a highly effective product for a wide range of applications. Its small size, low cost and high frequency precision make it an excellent choice for a variety of electronic devices. It is also designed with an effective elastic coefficient which helps to reduce power consumption and improve frequency accuracy.

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