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Crystals - ECS-270-10-36Q-JEN-TR Application Field and Working Principle

Crystals, or piezoelectric resonators, are used for a variety of applications, ranging from timing to detection. The ECS-270-10-36Q-JEN-TR crystal is a high-performance quartz crystal that is used for frequency control applications. This crystal is designed to provide a precision-tuned frequency of 10 Mhz, with a +-20 ppm tolerance.

The ECS-270-10-36Q-JEN-TR incorporates a basic SAW (Surface Acoustic Wave) technology, using a spiral electrode on a quartz substrate to generate a constant and precise frequency signal. The SAW technology works by creating an electronic field on a quartz surface which in turn excites the surface to generate a waveform that is highly precise and stable. The precise frequency signal generated is then amplified and used in a wide range of frequency control applications.

Additionally, the ECS-270-10-36Q-JEN-TR is designed to be highly efficient and highly reliable over a wide range of operating temperatures. This makes it an ideal choice for applications where precise frequency control is required, such as in the telecommunications and medical industries. Additionally, the crystal is designed to be highly efficient at reducing harmful RF (Radio Frequency) radiation, making it ideal for applications that require low levels of interference.

The working principle of the ECS-270-10-36Q-JEN-TR crystal is based around the basic SAW technology. The crystal is designed to use a quartz crystal substrate and spiral electrode to generate a precise and consistent frequency signal. The signal generated is then amplified and used in a variety of frequency control applications. Additionally, the crystal is designed to be highly efficient and reliable over a wide range of operating temperatures, making it an ideal choice for many applications.

In conclusion, the ECS-270-10-36Q-JEN-TR is an ideal choice for frequency control applications, such as those used in the telecommunications and medical industries. Its high efficiency and reliability over a wide range of temperatures makes it suitable for a variety of frequency control applications, as well as its ability to reduce harmful RF radiation. The working principle of the crystal is based on basic SAW technology, making use of a quartz crystal substrate and spiral electrode to generate a precise and consistent frequency signal.

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