TS200F23IDT

Introduction

The TS200F23IDT is a crystal manufacturing device designed to obtain energy signals with high precision, thermal stability, and minimal power consumption. It is used to detect, measure, and store energy signals that are too small to detect with traditional techniques. The device is capable of operating at high frequencies, providing an extremely accurate and reliable alternative to the traditional method of metal oxide semiconductor (MOS) oscillators. This device is often used in industrial, medical, and military applications.

Application Field

The TS200F23IDT crystal device is used in many fields, especially those requiring accurate and reliable operation. These include telecommunications, vehicle electronics, industrial instrumentation, testing and development, and medical/bio-medical systems. In telecommunications, the device is ideal for timing, resonance and frequency control applications. In vehicle electronics, the device is used for frequency reference and temperature electronics. In instrumentation, it is used for precision control and oscillation. It can also be used in testing and development applications, as well as in medical/biomedical systems.

Working Principle

The TS200F23IDT utilizes a piezoelectric crystal combined with an electrical oscillator circuit to convert energy signals into an electrical output. The device works by applying a voltage to the crystal, which induces a mechanical stress in the crystal. This stress causes the crystal to vibrate at a frequency and amplitude determined by the applied voltage. The electrical oscillator circuit then converts the mechanical vibrations of the crystal into an electrical signal, which can be used for control or measurement purposes. The frequency and amplitude of the electrical signal can be adjusted or conditioned to meet the requirements of the particular application.

Conclusion

The TS200F23IDT is an advanced crystal device, providing a highly precise and reliable solution for many applications. This device is ideal for industrial, medical, and military applications that require accurate and reliable operation. It utilizes a piezoelectric crystal and an electrical oscillator circuit to convert energy signals into electrical outputs. The device can be adjusted and condition to meet the various requirements of the particular application.