DSC2311KL1-R0021

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Pin Configurable/Selectable Oscillators offer designers a wide range of options to choose from when selecting an oscillator for their project. One such oscillator is the DSC2311KL1-R0021. This oscillator is a common feature in some of the most cutting-edge devices and systems on the market today. The oscillator is known for its high frequency stability, high precision operation, and relatively low power consumption.

DSC2311KL1-R0021 Application Field

The DSC2311KL1-R0021 oscillator is most often found in applications that require high frequency stability and accuracy. Examples of these include ultra-stable communications systems and high-precision measurement instruments. The oscillator is also often found in commercial and industrial applications such as precision timers, data acquisition systems, test & measurement systems, telecommunications, and industrial process control.

DSC2311KL1-R0021 Working Principle

At the heart of the oscillator lies a quartz crystal element tuned to a specific frequency. This crystal is capacitively coupled to two pins of the oscillator package, referred to as the “drive pins”. An additional two pins form an output circuit, completing the oscillator circuit. When a voltage is applied to the drive pins, the quartz crystal suddenly begins to oscillate at its natural frequency, and a square wave is created at the output. This square wave is then filtered and amplified, and is available at the output pins of the oscillator package.

The oscillator also has a number of configurable inputs that can be used to change the behavior of the oscillator. These include an input for a variable resistance and another for a variable capacitor. By changing the resistance and/or capacitance values at these inputs, the frequency of the oscillator can be finely tuned to match the desired frequency.

The oscillator also has an integrated temperature compensation circuit. This circuit senses the temperature of the environment and adjusts the oscillator frequency accordingly, compensating for environmental temperature fluctuations and ensuring that the output is always correct and stable.

Conclusion

The DSC2311KL1-R0021 oscillator is a versatile and reliable pin configurable/selectable oscillator that can be used in a variety of applications. Its high frequency stability and accuracy makes it ideal for ultra-precise communications and measurement instruments, while its configurable inputs and on-chip temperature compensation ensure that the output is always correct and stable. This makes the DSC2311KL1-R0021 an ideal choice for any precision application or industrial process control system.

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