SIT1602BI-11-18E-27.000000E

Oscillators are electronic circuits used to generate a continuous and periodic waveform. SIT1602BI-11-18E-27.000000E is one type of oscillator which is widely used in electronic devices. This article will discuss the application field and working principle of this oscillator in detail.

The application field of SIT1602BI-11-18E-27.000000E oscillator is quite diversified. It is generally used in computers, frequency synthesizers, automatic control systems, digital signal processors, central processing units, robots, and other related electronic products. It can also be used as a frequency reference in applications such as precision clocks, microwaves, and medical instruments.

The material of the oscillator is usually quartz crystal, which is extremely stable with low drifting performance. Thus, it is ideal for these precise frequency-related applications which require a stable output. In addition, this oscillator also enjoys an excellent temperature stability.

The operation of the SIT1602BI-11-18E-27.000000E oscillator is based on a Quartz Crystal which resonates at very specific frequencies, as mentioned above. The Quartz Crystal is a specific material that allows voltage to be applied across it to make it vibrate. This electricity passing through the Quartz Crystal causes mechanical vibrations at a particular frequency which is given off as the output of the oscillator.

The output of this oscillator is also voltage-dependent. It will increase when the driving voltage is increased and decrease when the driving voltage is decreased. Therefore, this oscillator is adjustable, allowing designers to set it to different frequencies, powers, and phases as required.

The frequency of the oscillator is determined by the size and shape of the Quartz Crystal as well as the application of external voltage. The frequency is also very stable and accurate, which minimizes the frequency drift and jitter.

SIT1602BI-11-18E-27.000000E oscillator is a widely-used component in a variety of electronic devices and systems. It is based on a Quartz Crystal which resonates at very specific frequencies, and its voltage-dependent output is adjustable according to the size and shape of the Quartz Crystal. The stability and accuracy of the oscillator ensures precise frequency-related applications in computers, frequency synthesizers, automatic control systems, and many more.