SIT1602BC-81-25S-24.000000Y

Introduction

SIT1602BC-81-25S-24.000000Y is one of the oscillators that produces a continuous, stable output frequency. It combines the capability of a crystal oscillator with the low cost of a low frequency quartz crystal, making it ideal for frequency stability and cost applications. The standard frequency range used in this model is 24 MHz. The frequency can be adjusted to maximize its accuracy. The device also includes a buffer amplifier and a temperature-compensated crystal oscillator (TCXO). As a result, it provides low power consumption and high accuracy.

Application field

SIT1602BC-81-25S-24.000000Y oscillators are widely used in computing and communications systems, such as personal computers, cell phones, and digital cameras. Its superior frequency stability and small size make it ideal for these types of applications. It is also used in medical equipment, such as pacemakers. Because of its high accuracy, its output can be used to control the frequency of medical equipment, and it is also used in scientific applications, such as measuring time and frequency differences over long distances.

Working principle

The SIT1602BC-81-25S-24.000000Y oscillator is comprised of an oscillator and a buffer amplifier. The oscillator amplifies an oscillating signal from a quartz crystal, which is buffered by the amplifier to produce a signal with a constant waveform. The quartz crystal is sensitive to temperature changes, and the oscillator compensates for such changes with a temperature compensation circuit. The oscillator is designed to be adjustable in order to maximize the accuracy of the output frequency. The oscillator is typically used in combination with a frequency reference circuit, which provides an external reference to ensure the accuracy of the frequency.

Conclusion

The SIT1602BC-81-25S-24.000000Y oscillator is an ideal choice for applications requiring frequency stability and low cost. Its adjustable frequency and temperature compensation make it suitable for use in computing and communications systems, medical equipment, and scientific applications. With its small size and low power consumption, it is also suitable for space-constrained design requirements. In addition, its ability to operate over a wide temperature range makes it an ideal choice for various applications.