CA-301 10.6244M-C

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Crystals are used in a wide range of applications, from watches to cell phones to medical devices. They are also found in military and aerospace applications. The CA-301 10.6244M-C crystal is a temperature compensation and voltage control oscillator (TCVCO) that is designed for demanding applications. The crystal oscillator offers low power consumption, high accuracy and affordability.

The CA-301 10.6244M-C is a type of quartz oscillator that can be used in a wide range of applications, from consumer to military and aerospace. The crystal is designed to offer high accuracy and reliability in extreme temperatures, from -55ºC to +135ºC. The temperature compensation and voltage control oscillator also provides excellent frequency stability, low power consumption and is cost effective.

The low power consumption of the CA-301 10.6244M-C crystal makes it ideal for applications needing a low quiescent current. This applies to battery-operated devices, military radios, and cellular network base stations. In addition, the crystal is often used in measuring or timing applications requiring quartz crystal oscillator accuracy and stability.

The working principle of the CA-301 10.6244M-C oscillator is based on a piezoelectric effect. The physical body of the quartz crystal is electrically charged when a voltage or current is applied. This in turn causes the crystal to vibrate, creating an electrical impulse that is then used to generate a clock signal.

In the case of the CA-301 10.6244M-C crystal, the oscillator is designed to provide precise frequency stability over varying temperature ranges. Additionally, its voltage control capabilities make it ideal for applications that require voltage regulation. The oscillator is designed to track temperature variations to ensure correct frequency output is delivered, regardless of the environment.

The CA-301 10.6244M-C crystal is a versatile oscillator, providing low power consumption, high accuracy and reliability in extreme temperature ranges (-55ºC to +135ºC). It is an ideal solution for applications in various fields, including military and aerospace, consumer electronics, and medical devices.

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