SG-710ECK 53.3300MM

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Oscillators are widely used as the time base of radios, computers, and related electronics. The SG-710ECK 53.3300MM is an oscillator that has quite a wide application field, from consumer electronics such as clocks and radios to more professional applications such as high-precision frequency and signal calibration. It is specifically designed to provide an accurate and stable time base signal, suitable for a variety of uses.

The SG-710ECK is a low-jitter clock oscillator providing a square wave output at 53.3300MHz. It is designed to meet the requirements of microprocessor-based equipment, such as DSL works, wireless networks, and the like. The oscillator is a three-terminal component, with the third terminal being an output enable pin. It is designed to generate clock signals with very low jitter, offering excellent accuracy and stability over a wide temperature range.

The working principle is relatively simple: an oscillating circuit is driven by a voltage source, such as a capacitor, to generate a frequency oscillation. This signal is fed to an output buffer, which amplifies and shapes the signal into a square wave form suitable for use as a clock signal. The oscillator is designed to operate over a wide temperature range, and the output signal remains stable and accurate over the entire range.

The SG-710ECK is designed to provide a high-quality time base signal for a variety of applications, such as computer systems, networking, and general-purpose instrumentation. It can be used in a variety of situations, including where a stable, long-term time base is required. The low-jitter output makes it suitable for use in high-precision frequency and signal calibration. It can also be used in portable devices, where the low jitter of the clock signal means it can be used in very low power applications.

The SG-710ECK is a low-power, high-frequency, low-jitter oscillator designed to provide a stable, accurate time base for a range of applications. It offers excellent accuracy and stability over a wide temperature range, and is an ideal choice for applications where a reliable clock source is required. Its simple design makes it easy to integrate into existing systems, and its low power consumption makes it suitable for use in portable devices.

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