ASG-C-X-B-24.576MHZ-T

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Oscillators

Oscillators have become essential components in the modern electronic circuit, performing a wide variety of functions. Oscillators are devices that generate a periodic signal, usually in a frequency range spanning from 0Hz up to several megahertz. The most common oscillator types are relaxation oscillators, crystal oscillators, RC oscillators, voltage-controlled oscillators (VCOs), and digital oscillators. Of these, the crystal oscillator is the one most commonly used today.

ASG-C-X-B-24.576MHZ-T Oscillator

The Ajax Scientific ASG-C-X-B-24.576MHZ-T is a high stability, low jitter crystal oscillator. It is designed to oscillate at its specified 24.576MHz frequency and provide a good signal-to-noise ratio for applications where a reliable timing source is required. Its high stability and low jitter make the ASG-C-X-B-24.576MHZ-T perfect for applications that require precise timing or synchronization of events.

Application Field

The ASG-C-X-B-24.576MHZ-T is commonly used in applications such as digital radio, mobile communications, medical equipment, and industrial automation. It is also used in other types of equipment, particularly those that require high-precision operation, such as electrical testing equipment. It is also used in audio systems, as the precision timing source required for sound reproduction.

Working Principle

At the core of the ASG-C-X-B-24.576MHZ-T oscillator is a quartz crystal unit, which is tuned to vibrate at the desired frequency. The quartz crystal is connected to two electrodes, and when a voltage is applied, the crystal creates an oscillation at the desired frequency. This oscillation is then amplified to provide a stable frequency output. The oscillator also includes a feedback loop to ensure that the output frequency is regulated and remains constant.

The frequency of the output signal is determined by the characteristics of the quartz crystal, which can be tuned by altering the electrode capacitance or the crystal resonator’s stress level. The oscillator also includes temperature compensation to maintain a constant frequency output even with temperature fluctuations. This ensures that the output remains stable and consistent, even in unpredictable environments.

The output of the oscillator is also regulated by a circuit, which prevents the output from exceeding limits that could endanger system components. The low jitter of the ASG-C-X-B-24.576MHZ-T also ensures that the output is stable and reliable, even in high noise environments.

Conclusion

The ASG-C-X-B-24.576MHZ-T crystal oscillator is a reliable and high-performance device which is ideal for applications that require precise timing or synchronization of events. It is tuned to provide a stable frequency output, and its low-jitter and temperature compensation guarantee reliable operation even in high-noise environments. The oscillator also includes a feedback loop and several circuits to protect the system from over-voltage damage.

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