SIT1602AC-12-25E-24.000000D

Oscillators are one of the most important components in electronic systems. They generate waveforms with regular frequency or periodicity, which provide timing and reference signals for variety of systems. SIT1602AC-12-25E-24.000000D is a miniature oscillator which offers high frequency stability, low power consumption and high component reliability in a variety of applications. This paper will discuss the applications field and working principle of this oscillator.

Applications Field

SIT1602AC-12-25E-24.000000D oscillator is used in a variety of applications requiring precise timing control. This oscillator is suitable for ranging from low frequency applications in the range of less than 100 kHz to high frequency applications in the range of up to 100 MHz. Applications requiring a high degree of long-term stability, such as clocks in electrical/electronic systems, are ideal for this oscillator’s use. Additionally, this oscillator is also often used to drive microwave frequency circuits.

This oscillator is also used in a variety of semiconductor applications. This oscillator is used in memory circuits such as dynamic random access memory (DRAM) and in logic circuits such as microprocessors. This oscillator is also used to generate timing signals for LCD and touch screen displays, reducing the need for external components. Furthermore, this oscillator is used in medical systems such as infusion pumps and defibrillators, enabling high levels of reliability and accuracy in temperature control or pulse delivery.

Working Principle

SIT1602AC-12-25E-24.000000D oscillator is an oscillator consisting of a quartz crystal, an oscillator circuit, and a frequency stabilization circuit. The quartz crystal oscillator controls the frequency stability of the oscillator by vibrating at its resonant frequency. The oscillator circuit amplifies the output signal of quartz crystal oscillator and outputs the signal as an oscillating voltage waveform. The frequency stabilization circuit keeps this oscillating voltage waveform at a steady, constant frequency. The quartz crystal is subject to certain environmental influences, such as temperature, that can affect its resonant frequency. In order to counteract this, the frequency stabilization circuit amplifies the quartz crystal oscillator\'s output signal and then filters the frequency components that may cause frequency deviation. By doing so, it can keep the oscillator\'s output frequency steady and constant.

In conclusion, SIT1602AC-12-25E-24.000000D oscillator is a miniature oscillator which offers high frequency stability, low power consumption and high component reliability in a variety of applications. This oscillator is used in a variety of applications requiring precise timing control by generating precise oscillations. The quartz crystal and frequency stabilization circuit work together to keep the output frequency steady and stable.