SG-710ECK 14.7456MM

Oscillators are a basic elements commonly used in electronic systems and related equipments. They consist of a semiconductor element capable of keeping a relatively constant frequency and accurately producing large-amplitude oscillations. SG-710ECK 14.7456MM is one typical type of oscillator that is popularly used nowadays. In terms of its application field, the SG-710ECK 14.7456MM is primarily used in microwave communication equipments for producing small signals of a specified, stabilized frequency. It can also be used as a frequency reference or a frequency conversion element in microwave communication equipments and has been applied to frequency synthesizers as an ultra-precision reference oscillator. This oscillator is also a source of very stable clock signal source in such systems.The working principle of SG-710ECK 14.7456MM is based on a linear negative resistance generator combined with a the piezoelectric quartz crystal and loaded with a ceramic resonator. It operates with low oscillation impedance and can be tuned with linearity to produce specific frequencies with wide range. When the crystal is affected by electrical excitation of a given frequency, the resonator begins to vibrate at the same frequency and produces a signal of larger amplitude. In this system, the negative feedback circuit is used to ensure a stable sound suppressed oscillation wave which can reach a frequency as low as 14.7456MHz with an absolute stability of 5ppb.The SG-710ECK 14.7456MM is an oscillator that provides a wide operating temperature range which ensures a low power consumption and a high accuracy performance. With both high precision and a wide temperature range, this oscillator proves to be a suitable component for many applications in different fields. It has also been designed with a unique crystal control feature that ensures the parts compatibility with today’s higher speed digital circuits.In conclusion, the SG-710ECK 14.7456MM oscillator is a reliable way to generate frequencies from low to high in a wide range of temperature and application fields. It has been designed with a linear negative resistance generator which allows for improved stability and accuracy. Its ensures a high level of stability and precision when used with today’s higher speed digital circuits. Finally, this oscillator offers an excellent cost-value ratio that makes it ideal for applications in modern electronics and related equipments.