SG-710ECK 66.0000MC

The SG-710ECK 66.0000MC oscillator belongs to the oscillator category. It is an electromechanical device that generates an electrical signal at a specific frequency continuously. The product is capable of providing a reliable, high performance solution for a variety of frequency control applications.

Specifically, SG-710ECK 66.0000MC is designed for high stability and accuracy microprocessor-based systems. It provides high accuracy on output frequency, low jitter and high stability over temperature and voltage.

This oscillator can be applied in different fields, such as telecommunications, networking, audio and video systems, data communication and switching networks. It is widely used in computing, military and aerospace applications. It is also ideal for digital systems that require accurate digital frequency control. The product has an operating temperature range of -40°C to +85°C.

The SG-710ECK 66.0000MC oscillator works through creating an oscillating electrical signal. This signal is generated at a specific frequency by a small oscillator circuit such as an inductor capactor or varactor diode. The output signal is then amplified and filtered to meet the specific needs of the application.

The frequency of the output signal is determined by the components within the oscillator. SG-710ECK 66.0000MC utilizes a quartz crystal, which is tuned to a specific frequency. This crystal has a very small size and low intrinsic capacitance, making it very sensitive to changes in temperature, pressure and humidity. This allows the SG-710ECK 66.0000MC oscillator to be extremely reliable and accurate over a wide range of operating conditions.

In summary, SG-710ECK 66.0000MC is a reliable, high performance oscillator that can be used in a variety of application fields. It provides excellent accuracy, low jitter and high stability within its specified operating temperature range. The frequency of the output signal is determined through the use of a quartz crystal, which provides great accuracy and reliability.