SIT1602AC-31-33E-24.000000T Datasheet/PDFOscillators are a type of electronic component that is used to generate an oscillation, or repeating electrical signal, and the SIT1602AC-31-33E-24.000000T is one in particular that has a variety of unique applications and designs. The SIT1602AC-31-33E-24.000000T possesses a temperature stability of ±100 ppm, which means that it is capable of producing a consistent output within this range. This makes it an ideal choice for time keeping, signal generating, and waveform generation.
Application
The SIT1602AC-31-33E-24.000000T makes an excellent signal generator, capable of producing a consistent, reliable signal perfect for creating a variety of waveforms. The oscillator is also ideal for controlling the speed of motors, sound systems, and other electronically powered devices, since it can maintain a precise frequency over an extended period of time. As such, the SIT1602AC-31-33E-24.000000T is often used in the medical field, as it has the potential to accurately regulate timing for medical machines and devices.
Working Principle
The SIT1602AC-31-33E-24.000000T features a quartz crystal that vibrates in order to generate an electrical signal that is then amplified and used as a reference frequency. The crystal is held between two metal electrodes, and it produces a high voltage alternating current when voltage is applied to it. The frequency of the electrical signal produced by the SIT1602AC-31-33E-24.000000T is determined by the size, shape, and material of the crystal, as well as the particular frequency of the alternating current. The frequency generated by the oscillator can also be adjusted by using different types of capacitors.
The SIT1602AC-31-33E-24.000000T is a type of oscillator that is used in a wide range of applications. Its accuracy, reliable timing, and versatile design make it a popular choice among electronics engineers. It is most commonly used in the medical, industrial, and scientific fields, but it can be used for other applications as well. Its temperature stability makes it an ideal choice for time keeping, and it is also capable of providing consistent signals for waveform generation and motor speed control.