SIT1602BI-71-18N-50.000000E

Oscillators are electronic components that generate a continuous, periodic signal. The SIT1602BI-71-18N-50.000000E is an oscillator that is designed for a variety of communication applications. It has a low jitter performance, low power consumption, and reliability. This article will discuss the application field and working principle of the SIT1602BI-71-18N-50.000000E oscillator.

Application field

The SIT1602BI-71-18N-50.000000E oscillator is primarily used in networking and communication systems that require low power consumption and high frequency stability. It is ideal for Ethernet base band receivers, GSM, CDMA, and Wi-Fi systems. It can also be used in consumer electronics, such as digital cameras, DVD players, and video conferencing systems. Additionally, it can be used in automotive and industrial applications, such as motor control and process control systems.

Working principle

The SIT1602BI-71-18N-50.000000E oscillator has a digital feedback control circuit and an LC tank circuit. The digital feedback control circuit is responsible for providing the reference frequency and controlling the frequency of the oscillator. The LC tank circuit is connected to the digital feedback circuit and is responsible for creating the oscillating signals. It consists of an inductor and capacitor that are both tuned to the desired frequency.

The inductor and capacitor are connected in parallel and their resonance sets the frequency of the oscillator. When current flows through the inductor, it stores energy in the form of a magnetic field. This creates a voltage across the inductor, which is then discharged into the capacitor. This causes a voltage to build up in the capacitor, and as the capacitor reaches its maximum voltage, the current is switched back to the inductor and the cycle repeats, creating an oscillating signal.

The oscillating signal from the LC tank circuit is then amplified by the digital feedback control circuit. The control circuit uses the reference frequency from the reference clock to adjust the frequency and phase of the oscillator. The reference clock can vary the reference frequency, which allows the oscillator to be tuned to a precise frequency. The digital feedback control circuit also helps to reduce jitter and improve the overall stability of the signal.

Conclusion

In conclusion, the SIT1602BI-71-18N-50.000000E oscillator is a versatile electronic component that can be used in a variety of applications. Its low power consumption and low jitter performance make it an ideal choice for communication systems. Additionally, its digital feedback control circuit allows for precise frequency tuning and stability. Understanding its application field and working principle is key to ensuring its proper use and implementation.