SG-8003CG 22.5792M-PCBL0

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The SG-8003CG 22.5792M-PCBL0 is an oscillator designed to provide a stable reference signal for precision applications. This device is categorized in the Oscillators family, and offers high accuracy and stability. It is suitable for applications requiring high frequency stability, and is particularly useful for timing, telecommunication, and sensing, as well as other precision applications.

Features and Benefits

The SG-8003CG 22.5792M-PCBL0 oscillator has several features and benefits that make it perfect for precision control:

• High frequency stability: The oscillator has an absolute accuracy of +/-5ppm. It is designed to provide high frequency stability over a wide range of temperatures with a temperature stability of +/-2°C over its operating temperature range.
• Low jitter: The device has a low current consumption of 12mA typical and a power supply voltage ranging from 3.3V to 5.5V DC. It also offers low jitter performance of less than 8ps.
• Versatile: The oscillator is highly versatile and can be used with a variety of clock sources, including, but not limited to, high-speed-cpu (HSC) cards, multi-drop (MD) buses, and PCIe-compatible systems.

Applications

Due to its high accuracy and stability, the SG-8003CG 22.5792M-PCBL0 oscillator is suitable for a variety of applications, such as:

• Timing: This oscillator is perfect for timing applications such as digital clocks and audio recording devices.
• Telecommunication: It can be used in precision analog and digital communication systems for frequency regulation.
• Sensing: The oscillator is well-suited for use in medical, automotive, and industrial sensor applications.
• Other precision applications: It is also suitable for other applications requiring precise control and operation.

Working Principle

The mechanism that allows the SG-8003CG 22.5792M-PCBL0 oscillator to provide such precision and stability is its piezoelectric crystal cell. This is a special type of crystal disc composed of quartz, with electrodes attached to two opposite faces of the disc. When an alternating voltage is applied to these electrodes, the crystal cell vibrates mechanically and electrically at its natural frequency, which is determined by its size and the applied voltage. This vibration is detected and amplified, producing a highly stable and accurate reference signal.

Conclusion

The SG-8003CG 22.5792M-PCBL0 oscillator is part of the Oscillators family, and provides high accuracy and stability for a variety of precision applications. It has a temperature stability of +/-2°C over its operating temperature range, and a low jitter performance of less than 8ps. The device is suitable for timing, telecommunication, and sensing applications, as well as other precision applications. Its working principle is based on a piezoelectric crystal cell, which vibrates in response to alternating voltage to produce a stable reference signal.

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