SG-710ECK 16.3840MS0

SG-710ECK is an advanced ECL 16.3840MHz oscillator made by a leading oscillator manufacturer. It is typically used to generate stabilized signals with low jitter, which are essential for high-end electronic systems and consumer electronic products.

The SG-710ECK is part of the ES-2 Series, and it is designed with a high-stability low-jitter clock oscillator as its core. The SG-710ECK is an eight-pin dual-in-line (DIP) offset oscillator, and it offers industry-leading features with high accuracy and high reliability for applications requiring extreme stability, precision, and jitter performance.

The oscillator can be adjusted to meet specific standards with its low accuracy and wide frequency range. It supports a frequency accuracy of ±20ppm at 25°C, and a temperature coefficient of ±50ppm/°C. It is designed to operate over a temperature range of -40°C to +85°C. In addition, it provides an ultra-low jitter of 0.13ps for wide-bandwidth devices.

The SG-710ECK oscillator is used in numerous applications. It is especially suited for those requiring a high degree of stability and accuracy. It is typically used in communication systems, test instrumentation, measuring systems, banks and medical equipment. It is also widely used in consumer electronics and automotive applications.

The working principle of the SG-710ECK oscillator is based on a CMOS or TTL oscillator. The oscillator uses an oscillator circuit that provides feedback to drive an oscillator and adjusts the frequency by altering the capacitance of the feedback loop. The output of the oscillator is then squared up by the logic circuit, so as to get the logic-level output signal. This signal can be used in digital circuits to provide a clock signal.

The oscillator offers several advantages. It is easy to use, robust, cost-effective, and it provides high accuracy and stability. Additionally, it can be used with a range of voltage levels and supports multiple frequencies.

The SG-710ECK oscillator is a powerful and reliable tool for producing precision high-stability, low-jitter clocks for various applications. It offers excellent performance and offers the highest level of reliability and accuracy for a wide range of demanding applications.