CA-301 8.6432M-C

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Crystals are electronic components that are generally used in oscillator circuits for a range of applications. They are usually precisely cut and polished and are available in a variety of sizes and shapes. The CA-301 8.6432M-C is one such example of a crystal.

The CA-301 8.6432M-C is a series of quartz crystals with a resonant frequency of 8.6432 MHz. These crystals are used in applications such as radio receivers, broadcast transmitters, military communication systems and navigation systems to provide an essential component to their oscillator circuitry and are available in a variety of packages. The most common type is the metal package and is offered in an 8 pin ceramic configuration.

The CA-301 8.6432M-C crystal is comprised of two metal electrodes and a quartz substrate. The electrodes are connected to a single port and their resonant frequency can be set by varying their geometry. When a voltage is applied, a piezoelectric effect is observed where the quartz crystal experiences a mechanical oscillation. This in turn acts as an oscillator generator for the frequency of the resonant frequency.

In addition to its use as an oscillator, the CA-301 8.6432M-C is also utilized for its temperature stability characteristics. As the temperature of the crystal increases, the resonant frequency begins to drift more and more, therefore making it suitable for use with high temperature applications.

The CA-301 8.6432M-C is a reliable and cost effective crystal with a wide range of uses. As such, it has become popular in a variety of fields including digital clock systems, medical devices, automotive applications and telecommunications.

In summary, the CA-301 8.6432M-C is a quartz crystal that offers many advantages such as its temperature stability, reliability and cost effectiveness. It is often used in oscillator circuitry and offers long term stability. It is also utilized in a wide range of applications from digital clock systems and medical devices to automotive applications and telecommunications.

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