SIT1602BC-33-30N-7.372800T

Oscillators

Oscillators are an essential component in the embedded system, and SIT1602BC-33-30N-7.372800T is a type of high precision crystal oscillator that leverages body-biasing technology. These oscillators are used in a variety of applications due to its transient stability and low jitter performance. The key application field of the SIT1602BC-33-30N-7.372800T includes artificial intelligence, 5G, high-frequency trading, and internet-of-things.

Working Principle

The basic working principle of a crystal oscillator is dependent upon the resonant frequency of a quartz crystal. Crystal oscillators are a type of electronic oscillator that generate an output sinusoidal waveform. The quartz crystal functions as the resonator, and it consists of two active electrodes that are electrically isolated from each other. When an externally generated voltage is applied to the electrodes, an electrical field is created inside the quartz crystal. The field influences the movement of the crystal\'s atoms, which in turn causes the crystal to vibrate at an exact frequency. This frequency is then used as the output waveform for the oscillator circuit.

The SIT1602BC-33-30N-7.372800T utilizes body-biasing technology to provide programmable crystal oscillators with enhanced performance and improved reliability. Body-biasing allows crystals cut from one batch to be tuned for multiple operating frequencies, enabling highly efficient production and superior frequency control. The oscillators also feature PLL support, which enables them to achieve a wide frequency range and low power consumption.

Conclusion

The SIT1602BC-33-30N-7.372800T crystal oscillator is an advanced oscillator solution designed for a variety of applications. Leveraging body-biasing and PLL technology, these oscillators offer enhanced performance, superior frequency control, and low power consumption. They are used in applications such as 5G, high-frequency trading, and internet-of-things. The working principle of oscillators is based upon the resonant frequency of a quartz crystal, which then delivers the output sinusoidal waveform used for the oscillator circuit.