GL286F23IDT

Gl286F23IDT Application Field and Working Principle

GL286F23IDT is a crystal oscillator that can be used in a variety of electronic devices and applications. It is a highly accurate quartz crystal oscillator with a maximum frequency of 23 MHz. The frequency accuracy is specified over a wide temperature range of -20 up to +85 °C, and it has a typical aging rate (drift rate) of ± 0.1 ppm per day. It also features a number of built-in features such as frequency monitoring and temperature compensation.

Advantages of GL286F23IDT

The GL286F23IDT offers many advantages for use in a wide variety of applications. First and foremost, it provides an extremely accurate frequency of up to 23 MHz, with an operational temperature range of -20 up to +85 °C and an even wider storage temperature range of -40 up to +125 °C. Additionally, it offers low power consumption, low jitter, and a small package size. This makes the GL286F23IDT an ideal choice for a wide range of applications.

Applications and Uses of GL286F23IDT

The GL286F23IDT can be used in a wide variety of applications, including telecommunications, automotive, industrial control, and medical equipment. It can be used for frequency selection, frequency control, and accuracy in a variety of products. It is also useful for frequency-hopping and spread-spectrum applications due to its robust frequency control and temperature stability.

Working Principle of GL286F23IDT

At the heart of the GL286F23IDT is a quartz crystal element. This element is made up of a small piezoelectric material that generates a signal when it is subjected to an electric field. The quartz crystal oscillates at a very specific frequency depending on the size and shape of the crystal, and this signal can then be used for various applications. This signal is then amplified and temperature compensated to maintain accuracy, and then output as a stable frequency.

Conclusion

The GL286F23IDT crystal oscillator is a reliable and accurate crystal oscillator solution for a wide variety of applications. It offers superior accuracy and temperature stability, as well as low power consumption and jitter. Its robust frequency control and temperature compensation make it ideal for a variety of frequency-hopping and spread-spectrum applications. Its small package size and low cost make it an attractive solution for many different applications.