GL147F23CET

Crystals play an essential role in virtually every field of electronics and communications. To meet the ever-growing demand for higher-performance, increasingly specialized electronics, manufacturers must develop crystals with higher performance, miniaturization, and customization capabilities.

The GL147F23CET crystal is a high-performance, low-frequency quartz watch oscillator from a major global supplier of frequency control products. It has been designed specifically to fit the requirements of today\'s smaller, more powerful electronic products. This device combines a low-power quartz crystal with a highly reliable electronic feedback circuit to provide an ultra-stable frequency source.

The GL147F23CET crystal features a small size, low power consumption, and high accuracy. It can operate at frequencies of up to 20 MHz, with a low-power consumption of just 0.5 mW. It offers a very good frequency stability over temperature, as well as excellent thermal shock resistance. The device is also shock resistant, providing excellent ruggedness and reliability in harsh environments.

The working principle of the GL147F23CET crystal is based on a tuned LC circuit. The crystal operates on the principle of resonance, meaning that it can absorb and store electromagnetic energy in the form of vibrations. This energy is then released in a continuous waveform, providing a stable and accurate output frequency. The crystal\'s electrical resonance frequency is determined by its size, shape and material composition.

In addition to its use in watch oscillators, the GL147F23CET crystal is used in numerous other applications. It is widely used in microprocessor clocks, computer equipment, transducers, transponders, receivers, transmitters, and other high-frequency electronics. Additionally, it can be used in medical, automotive, industrial, and other applications where high accuracy and stability are crucial.

The GL147F23CET crystal is a reliable and high-performance frequency control solution for a wide range of applications. It offers excellent accuracy and stability over temperature, making it ideal for miniaturized, high-performance applications. Additionally, the device is highly resistant to shock and vibration, allowing reliable operation even in harsh environments.