TS360T33CET

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Introduction

Crystals play a key part in modern technological advances, providing a number of necessary functions, such as time-keeping, frequency control and temperature control. One of the most important crystals and its applications is the TS360T33CET, a two frequency crystal oscillator. This crystal oscillator, used for electronic circuits, is composed of two parallel crystals which oscillate at different frequencies. It is typically used in a wide variety of applications, from medical equipment to positional measurement and navigation systems.

Application Field of TS360T33CET

The TS360T33CET crystal oscillator is a popular choice for many applications due to its high reliability and accuracy. It is most often used as an oscillator in electronic circuits, providing essential timing and frequency control. Additionally, the TS360T33CET can be used in medical instrumentation and navigation systems, providing a stable, highly accurate frequency source. Owing to the precision and accuracy of the crystal oscillator, it is also used in avionics, radar systems, GPS systems, automatic control systems and environmental monitoring systems.

Working Principle of TS360T33CET

The TS360T33CET crystal oscillator works by using two quartz crystals held in parallel. When an electrical current is applied to the electrodes of the crystals, the quartz vibrates at an alternating frequency. This alternating frequency is determined by the specific make-up of the quartz crystals in the TS360T33CET oscillator. The TS360T33CET oscillator is much more accurate than many other crystal oscillators, owing to its two crystal design. Owing to its higher precision, it can be used in a number of highly demanding applications, where timing and accuracy is of the utmost importance.

Key Advantages of the TS360T33CET

The TS360T33CET crystal oscillator has several key advantages over competing designs. Firstly, the TS360T33CET is more reliable, with extremely low drift and jitter performance. Secondly, the crystal oscillator is highly accurate, offering a frequency accuracy of up to 0.1ppm. In addition, it offers excellent thermal stability, with a maximum temperature coefficient of 0.2ppm/°C. Finally, the TS360T33CET has a high micro-volt stability and is completely RoHS compliant.

Conclusion

In conclusion, the TS360T33CET crystal oscillator is a highly reliable and accurate piece of electronic equipment. It is used in a variety of applications, ranging from medical instrumentation and navigation, to avionics and GPS systems. The TS360T33CET offers several key advantages, such as high frequency accuracy, low drift and jitter performance, high thermal stability, and micro-volt stability. As a result, it is often the choice for highly demanding applications, providing a reliable and accurate frequency source.

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