SIT1602BC-12-28S-19.200000E

Introduction

Oscillators are electronic components that generate electrical signals of various peak-to-peak amplitudes and frequencies with minimal complexities. This makes them widely used in industrial, domestic, automotive and aerospace applications. Of all oscillators, SIT1602BC-12-28S-19.200000E, is a surface mount oscillator whose field of application and working principle will be discussed here.

Fields of Application

The SIT1602BC12-28S oscillator is primarily used in consumer electronics, telecommunications, networking, automotive and aerospace industries. This versatile oscillator has been utilized in various types of network cards, routers, switches, modems, and other system peripherals. The devices also found its use in automotive communications, where it is used for generating the high-precision timing signals for controlling the engine spark timing, transmission shifting, electronic instrumentation, and audio systems.

The oscillator has found its use in aerospace missions as well, where precise timing of flights and landings is essential. This is possible because it is highly precise and the device is able to generate frequency signals that fall within the specific requirements. Additionally, the oscillator helps in protecting the mission systems from EMI and ESD threats, as well as in providing fault tolerance operations with airborne avionics systems.

Working Principle

The SIT1602BC-12-28S-19.200000E oscillator is based on a zero-threshold CMOS technology that is designed to generate high-frequency, low-power signals for applications such as oscillators, clock synthesizers, and frequency dividers. The device is made up of two main components, namely; a transducer and a feedback capacitor. The transducer is the input signal, which is a sinusoidal voltage signal, while the feedback capacitor converts the input signal into an output signal of constant, stable frequency.

The working principle of the oscillator is quite simple. The high input frequency signal is transformed into a lower frequency output signal that can be used for various applications. The device takes the input sinusoidal voltage, amplifies it, and then passes it through the feedback capacitor, which is initially charged and then discharged at a constant rate. This in turn produces a low frequency output signal that is used for different systems.

Conclusion

The SIT1602BC-12-28S-19.200000E is an oscillator based on zero-threshold CMOS technology, which is known to generate high-frequency and low-power signals. This is because of its simple design and use of transducer and feedback capacitor. The oscillator finds its use in consumer electronics, telecommunications, aerospace missions and automotive communications, where it helps in providing precise, error-free timing signals.