DSC1103CI1-200.0000T

Oscillators: DSC1103CI1-200.0000T

An oscillator is a valuable component of any electronic circuit. It is an important part of a design, providing a source of periodic signals or deterministic waves. Oscillators can be used for a variety of applications across a range of industries, each constructed from a few fundamental elements that work together to generate oscillations.

Application Field

Oscillator’s are, most importantly, used as clocks in all types of circuits. They are also used in telecommunications, navigation, guidance systems, medical equipment and instrumentation. In addition, DSC1103CI1-200.0000T oscillators have wide application fields from low-end equipment to mission critical applications including broadcasting, aviation, navigation and military systems, such as neural computing, satellite communication and signal processing.

Working Principle

DSC1103CI1-200.0000T oscillators use a combination of circuitry and physical components to generate periodic signals. The circuitry consists of a power supply source, amplifier, linear regulator, and filter components; and the physical components consist of an oscillator crystal, damping capacitor and an RC network. The crystal forms the heart of the oscillator, providing a continuous periodic signal as an output, while the remaining components integrate with the crystal in order to control the output frequency.

The output of an oscillator is determined by its turn ratio. In other words, the ratio of its frequency to the frequency of the crystal it is driven by. The turn ratio can be adjusted by varying the size of the components of the RC network, or the capacitance of the damping capacitor. By modifying these components, it is possible to design an oscillator for a range of applications, from low-frequency signals to high-frequency signals.

Summary

DSC1103CI1-200.0000T oscillators are a type of oscillator used for a variety of applications. The oscillator works by combining a power source, amplifier, linear regulator and filter components with an oscillator crystal, damping capacitor and RC network. By making adjustments to the size of the RC network components or the capacitance of the damping capacitor, a variety of frequencies can be generated.