SIT8008BI-12-28E-27.000000D

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Oscillators are used to generate high accuracy clock signals which are required for various timing purposes. One such oscillator is the SIT8008BI-12-28E-27.000000D, whose working principle and application field will be discussed in this article.

The SIT8008BI-12-28E-27.000000D is a quartz crystal-controlled oscillator (XCO) which is designed for high performance and stability in communications, commercial, and automotive applications. The device is composed of a quartz crystal and a temperature compensating oscillator circuit, which produces a low jitter, highly stable signal for use in devices that require accurate clock signal timing.

The quartz crystal is the timing element of the oscillator and its frequency response is determined by its mechanical properties, such as mass and stiffness. The crystal is made of a piezo-electric material which has the ability to produce an electric charge proportional to an applied mechanical strain. When an alternating voltage is applied to the crystal, the crystal vibrates at its natural frequency, thus producing a stable, low jitter, clock signal.

The temperature compensating oscillator circuit is used to ensure that the crystal remains stable over different temperature variations. This circuit senses the temperature of the crystal and adjusts the oscillator circuit’s frequency response to match the crystal’s frequency response as the temperature changes. This adjustment ensures that the output frequency remains stable over the operating temperature range.

The SIT8008BI-12-28E-27.000000D’s main application field is in automotive applications such as engine control units and vehicle diagnostics systems. It is ideal for use in these systems due to its high performance and stability. The device can also be used in other applications such as data networking, telecommunications, and industrial automation.

The SIT8008BI-12-28E-27.000000D is a high performance, low jitter, temperature compensated XCO ideal for use in applications that require stable and high accuracy clock signals. Its quartz crystal and temperature compensating oscillator circuit enable the device to produce a low jitter, highly stable signal which ensures that the output frequency remains stable over the operating temperature range.

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