DSC1018DI1-019.2000

Oscillators

DSC1018DI1-019.2000 is an oscillator which possesses high stability and wide range of application. It is a highly valued device due to its accuracy, low power consumption and extensive work. Oscillators generate a periodic signal, which is used to provide a steady-state signal for signal processing and communication. DSC1018DI1-019.2000 is a model of oscillators developed for applications such as digital frequency regulation, clock synchronization, signal transmission, frequency modulation, as well as communication system construction.

Application Field

DSC1018DI1-019.2000 is ideally suited for different application fields. It is widely used in the media, telecommunications, optical communication, broadcast and television, aviation, automobile, and computer electronics industries, as well as communication systems. It can be used in audio and video communication systems, radio broadcasting systems, satellite communication systems, man-machine interface devices, time synchronization systems, wireless communication systems, television signal transmission systems, digital television receiving systems, navigation systems, and wireless position systems.

Working Principle

The DSC1018DI1-019.2000 oscillator circuit uses a basic crystal oscillator circuit to generate some predetermined frequency. The crystal used as frequency control element has characteristics of high frequency stability and accuracy. It works on a negative feedback principle. The circuit consists of the oscillator which can be considered as a series of two coupled relaxation oscillators. The positive input terminal of the oscillator is connected to one of the crystal pins and the negative input terminal is connected to the other pin. An external resistor and the stray capacitance of the crystal form a parallel RC circuit connected across the crystal pins to provide the balance.

When the oscillator is energized, the initial input voltage supplied from the power supply is applied to the crystal. The crystal then produces an electrical signal of specific frequency. This signal then travel through the feedback loop to the second one and its output is connected to the first oscillator. The two oscillators interact with each other due to negative feedback which ensures that the circuit is stable and maintains a fixed frequency at all times. This frequency is dependent on the characteristics of the crystal used in the oscillator circuit.

The positive and negative terminals of the oscillator also serve as the output terminal. The output voltage can be taken from these terminals and is used to provide the necessary signal for the application. The output voltage can also be adjusted by changing the input voltage or the external resistance.

Advantages of the Oscillator

There are many advantages of using DSC1018DI1-019.2000 oscillator in various applications. It provides high frequency stability, precision, low power consumption, reliability, and low cost. Moreover, it has broad application field and wide working range. Not only that, it is also highly adaptable to various systems and provides rapid frequency response.

These features make DSC1018DI1-019.2000 oscillator a perfect choice for various signal transmission, frequency modulation, and communication system construction applications. Moreover, it is also ideal for aero-space, automobile, and computer electronics related industries where high precision and stability are essential.