CSX750PCC14.31818MT

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Oscillators

CSX750PCC14.31818MT is an oscillator specifically designed for high accuracy in clock oscillator applications needing to resolve precise time and timing offsets. It operates in an in-line oscillator using a circuit containing crystal resonators. It combines the use of an active device to create a feedback loop in order to generate a stable oscillation frequency. The output voltage of the oscillator is determined by the combination of characteristics between the crystal and active device. As such, there is typically an immediate output signal once power is applied.

As an oscillator, the CSX750PCC14.31818MT is highly accurate and features low phase noise, as well as low harmonic distortions. It is designed to be a cost-effective solution for timing and time-based applications.

Application Fields

The CSX750PCC14.31818MT is suitable for a wide range of timing and time-based applications, such as optical systems, automotive, communication systems, DVD and Blue-Ray players, digital video recorders and a variety of precise clock oscillator applications.

Operating Principle

The operating principle of the CSX750PCC14.31818MT is based on quartz crystal oscillator. The quartz crystal is made by combining two layers of crystalline quartz that are bonded together. A metal electrode is deposited between these two layers. The process of deposition is done under an electrical charge, in order to ensure that any irregularities created by the bonding process are uniformly distributed across the crystal. The process also ensures the symmetry of the crystalline quartz along two axes. Once electrical charge is applied to the quartz crystal, it makes the quartz crystal vibrate, there by producing an alternating electrical current.

The CSX750PCC14.31818MT uses a combination of an active device and the crystal as its main components. With an active device, such as a transistor, one might be able to create a negative feedback loop where the changes in the output of the oscillator are feedback to the input of the oscillator in order to regulate its output frequency. The components of the oscillator—the crystal, active device and amplifier—work together in order to determine the voltage and frequency of the oscillator output. When power is applied to the oscillator, the active device and crystal resonate at the same frequency, and the output of the oscillator will be stable.

The CSX750PCC14.31818MT is capable of achieving exceptionally accurate timing, even over long periods of time. This enables it to be used in a wide range of applications such as optical systems, automotive, communication systems, DVD and Blue-Ray players, digital video recorders and precision clock oscillator applications. As such, the CSX750PCC14.31818MT is highly reliable and cost-effective, making it a great choice for those looking for a stable and precise timing solution.

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