DSC400-2222Q0022KI1T

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

Pin Configurable/Selectable Oscillators are a versatile and wide-ranging collection of timing devices that accept input from regularly published reference sources, providing a fast and reliable way to customize the frequency of the timing output without the need of external frequency configurations. The DSC400-2222Q0022KI1T is one of the pin configurable oscillators deployed to optimize signal processing, clocking and data communication applications.

The DSC400-2222Q0022KI1T belongs to the Multi-Channel Oscillator family, which offers adjustable differential multiplexed oscillator – DMO series. This family of oscillators includes 3 frequency ranges for operation and are synchronous, supporting resolutions of 6 kHz ~ 1.25 MHz. The oscillator is equipped with programmable input port and output port options. The input port is used to select from 4 frequency ranges, while the output port allows for direct interface control of up to 24 outputs.

The DSC400-2222Q0022KI1T application field includes various data processing applications requiring fast response time, low jitter, and tight electronics to optical signal integrity. It is mainly used for multi-channel video processing, clocking, data communications, and long-distance communication technologies. Other application areas include air traffic control, GPS, navigation, media broadcasting, digital signal processing, and power deployment.

The working principle of the DSC400-2222Q0022KI1T is based on a synchronous design approach. This approach enables the oscillator to switch its frequency output over a range of frequencies and phases. Asynchronous design processes are often used to achieve flexibility and tuneability in clocking circuits. This type of design allows for adjustable frequency ranges, voltage levels and multiple configurations, including interfacing options for different design applications.

The DSC400-2222Q0022KI1T utilizes a frequency synthesizer IC and a built-in voltage-controlled oscillator to realize variable and adjustable phase-locked loops (PLL). A phase detector circuit is used to compare the phase of the input signal to the phase of the reference, and the output of the phase detector is low frequency voltage, which is used to determine the frequency output depending on the pin-configurable settings. In addition, the dual CMOS clock drivers provide outputs at varying voltages, as well as a low-power mode.

The DSC400-2222Q0022KI1T has a low output jitter, excellent frequency stability, high linearity and fast settling time. With its synchronized input, the frequency range is determined by the frequency resolution of the reference source. The oscillator runs from 1V up to 5V logic voltage, and the integrated frequency synthesizer allows for adjustable speed, easy expansion and high-frequency usage. The power consumption of the device remains low, with the reduced idle power consumption making it ideal for applications requiring high frequency switching performance.

In conclusion, the DSC400-2222Q0022KI1T represents a highly versatile, multi-channel pin configurable/selectable oscillator designed to meet the wide-ranging needs of data processing applications. With its high reliability, low jitter and fast settling time, it provides a robust solution to an array of programmable input and output port requirements. Its ability to accurately operate across a variety of frequency levels and voltage levels makes it one of the premier choices for multiple design applications.

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