633E13306A3T

Oscillators

An oscillator is a circuit that produces an output signal with a repeating waveform without the input of an outside source. The most common application fields of an oscillator are to generate electric signals for communication, to create signals that will actuate mechanical devices, and to stabilise the frequency of the output signal. 633E13306A3T oscillator is a type of oscillator that is usually used in industrial applications.

633E13306A3T Application Field and Working Principle

633E13306A3T oscillator is mainly applied in industrial controllers, such as SLC-20 and SLC-500 models. It is a two-pole oscillator, generating a sine wave output signal with a frequency of 4.19MHz. The frequency of the 633E13306A3T is determined by the values of an external resistive network connected to the feedback pins. The oscillator operates in a closed loop configuration, allowing it to self-regulate and maintain a stable frequency without the varying input. The frequency of the output signal is also adjustable, allowing it to be adapted for specific applications.

Thanks to its adjustable frequency and usage in the industrial controllers, 633E13306A3T oscillator is a versatile and reliable component, making it a popular choice among engineers and technicians. In order to make the oscillator work efficiently, it must be supplied with a voltage of 5V, and must be directly connected to an output stage of the controller. Also, its connections must be done following the recommended circuit configurations, in order to ensure the proper functioning of the circuit.

Summary

The 633E13306A3T oscillator is a two-pole oscillator that is mainly used in industrial controllers. It generates a sine wave output signal with an adjustable frequency of 4.19MHz. Its adjustable frequency and usage in the industrial controllers makes it a popular choice, but it must be supplied with a voltage of 5V and its connections must be done following the recommended circuit configurations, in order to ensure its proper functioning.