SIT1602BC-71-33E-33.000000D

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SIT1602BC-71-33E-33.000000D Oscillators: Application Fields and Working Principle

Oscillators play an important role in many electronic gadgets, from computers to cell phone communication systems. The SIT1602BC-71-33E-33.000000D is a crystal oscillator developed by Bourns, which is widely used in today’s electronics industry. This article will discuss the application fields for the oscillator and explain its working principle.

Application Fields

The SIT1602BC-71-33E-33.000000D quartz crystal oscillator is a low power device ideally suited for applications requiring ultra low jitter such as computer applications, clock and timing circuits, voltage controlled oscillators, crystal-controlled data transmission and digital set top receivers. Furthermore, this oscillator is also suitable for use in an auto-lock, which is a protocol used for locking data into certain formats. The auto-lock protocol enhances data security when transmitting data over networks.

Another important application field is timing circuits. The SIT1602BC-71-33E-33.000000D oscillator can be used to provide precise timing for various digital systems such as microprocessor-based designs. Moreover, this oscillator is perfectly suited for providing quick, accurate timing on the TTL level. This is especially useful when designing system-on-a-chip (SoC) applications.

The SIT1602BC-71-33E-33.000000D is also ideal for high-end consumer electronic devices such as LCD televisions, DVD players, and digital cameras. The reason for its high suitability is that the oscillator yields a very low-jitter output which is essential for image processing applications. This output can accurately represent the input or video signals.

Working Principle

The SIT1602BC-71-33E-33.000000D oscillator is a permanent crystal quartz device which utilizes the piezoelectric effect to convert mechanical energy to electrical energy. The piezoelectric effect is responsible for vibrating the crystal at its fundamental frequency, which is determined by its intrinsic characteristics such as its mass, the cut of the crystal and the accompanying damping.

The oscillator consists of a quartz crystal in an enclosure, which is known as a package. The crystal is mounted on two parallel plates that are connected to the enclosure. The enclosure serves to limit the movement of the crystal and contain the oscillations. The quartz crystal is connected to the input and output pins of the oscillator.

The operation of the quartz crystal oscillator takes place in the following way. An alternating current is introduced through the input pin of the oscillator and this current is then transmitted to the crystal. This alternating current causes a vibrational effect in the crystal due to the piezoelectric effect and this vibration will result in the quartz crystal oscillating at its fundamental frequency.

This oscillating signal is then fed into an amplifier circuit. This amplifier circuit will amplify the signal and convert it to a usable output signal. This output signal can then be used as a clock or timing reference for digital systems.

Conclusion

The SIT1602BC-71-33E-33.000000D oscillator is an extremely versatile device with a wide range of application fields. It has been used in many different areas of electronics such as computer applications, timing circuits, auto-lock protocols and consumer electronics. The quartz crystal oscillator works by using the piezoelectric effect in the quartz crystal to convert mechanical energy to electrical energy and then amplifying the signal to produce a usable output.

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