DSC1123CI2-020.0000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The DSC1123CII-020.0000 oscillator belongs to a class of oscillators that are specifically designed to provide a steady, continuous, and repetitive pulse output. This type of oscillator works by continuously varying the capacitance at a given frequency, allowing for an output with consistent, repetitive pulses.

Underlying the oscillator’s operation, are two circuits that are required for the operation of the oscillator. These include the resonator, and the phase-locked loop circuit (PLL). The resonator is responsible for providing the frequency stability necessary to maintain a consistent output. In this oscillator, the resonator is usually an LC tank, and it is largely responsible for providing the correct frequency of the output signal.

The PLL circuit is responsible for providing the necessary feedback for the oscillator to work properly. This type of loop is required due to the fact that variations in the amplitude of the output signal can affect the accuracy of the output frequency. The phase-locked loop works by converting the signal magnitude variations back into frequency variations, such that the level of the output signal can be maintained at a consistent level. This consistent level ensures that the output signal is at a predictable frequency.

DSC1123CII-020.0000 oscillator has a few advantages over other oscillator types. One such advantage is its wide array of application field. This oscillator can be used in numerous applications, such as telecommunications, cell phone tower receivers, satellite and radio receivers, as well as many other fields. The oscillator is also able to withstand large voltage and current variations, making it particularly useful in applications where voltage and current needs to be regulated. The oscillator also has a wide frequency range, making it ideal for applications such as wireless networks, where a large number of frequencies are needed.

In addition to its wide array of applications, the oscillator also has a few other advantages that make it a preferred choice for many users. One such advantage is its low power consumption, which makes it an ideal choice for battery-powered devices. Additionally, the oscillator also has a low output impedance, meaning that it can more easily interface with other components in a design. As such, the oscillator is able to provide a reliable and consistent output.

In summary, the DSC1123CII-020.0000 oscillator is a preferred choice for many applications, due to its wide array of application fields as well as its low power consumption and low output impedance. The oscillator works by continuously varying the capacitance at a given frequency, allowing for an output with consistent, repetitive pulses. Through its phase-locked loop circuit, the oscillator is able to convert the signal magnitude variations back into frequency variations, such that the output is always at a predictable frequency.

The specific data is subject to PDF, and the above content is for reference