CPPLC4-B6-16.896TS

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Oscillators

The CPPLC4-B6-16.896TS is a voltage controlled crystal oscillator (VCXO) which is part of the BCM crystal oscillator family. The device offers impressive performance features, making it an excellent choice for a wide range of applications.

The CPPLC4-B6-16.896TS device is specifically designed for use in communication systems where high frequency stability is required. Applications may include wireless base stations, radio links, satellites, and radios. Due to its high frequency stability, the CPPLC4-B6-16.896TS is also suitable for use in timing systems such as High Purity Oscillators (HPOS) used in precision clocks.

The CPPLC4-B6-16.896TS VCXO is based on the crystal and the surrounding circuits. The device has a built-in crystal unit consisting of two quartz crystals, a voltage control circuit and an output buffer. This combination allows for precise control over the frequency of the oscillator. The quartz crystals serve as the reference for frequency accuracy and stability.

The voltage control circuit ensures that the output frequency remains stable over the entire supply voltage range, even when subject to temperature, aging and environmental stress. By using a wide range of adjustable supply voltage, the output frequency of the VCXO can be varied slightly as desired. This makes it an ideal choice for applications with specific frequency requirements.

The output buffer amplifies the output pulse and further ensures that the output frequency remains stable. Together, these components guarantee the high performance of the CPPLC4-B6-16.896TS VCXO and its impressive frequency stability.

To get the most out of the CPPLC4-B6-16.896TS device, careful consideration should be given to the design of the oscillator circuit and the environmental conditions under which it will operate. Properly designed circuit boards and optimized environmental conditions (e.g. temperature, humidity) can further increase the frequency stability of the device.

In summary, the CPPLC4-B6-16.896TS VCXO is an excellent choice for applications requiring high frequency stability. Its integrated components and operating voltage control offer high levels of accuracy and reliability, making it well suited for use in communication and timing systems.

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