DSC2311KM2-R0005T

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Pin Configurable/Selectable Oscillators are oscillator ICs that can be configured through resistors connected to its pins. The DSC2311KM2-R0005T is a great example of this type of oscillator, offering superb performance and flexibility.

The DSC2311KM2-R0005T is an oscillator designed to be used in precision timing and clock signal applications. It features both selectable and configurable outputs, making it suitable for a variety of applications like microcontroller-based solutions, serial communication interfaces, sampling applications, and more. With its wide range of available frequencies, the DSC2311KM2-R0005T can be used in applications requiring a wide range of clock speeds.

This oscillator is based on a quartz crystal and offers low-jitter performance. It operates from a single 3.3V power supply and features an output enable pin for added flexibility. The DSC2311KM2-R0005T also features a low-noise mode and is capable of generating outputs from 14.3MHz to 800MHz.

The DSC2311KM2-R0005T features two configuration pins that allow it to generate up to four output signals with different frequencies and phase shifts. This not only allows the user to set up the oscillator to their exact specifications, but also to provide a higher level of accuracy than a normal oscillator. The configuration pins can be used to select the output frequency and phase shift, as well as to enable/disable the low-noise mode.

The working principle of the DSC2311KM2-R0005T is based on a quartz crystal oscillator. Quartz crystal oscillators are used to generate precise, stable, and low-jitter clock signals. It works by taking the oscillation of a quartz crystal resonator and translating it into electrical signals. The DSC2311KM2-R0005T takes the quartz crystal oscillator and amplifies the signal, providing a low-jitter clock signal.

The DSC2311KM2-R0005T is an excellent choice for applications requiring precision timing and clock signal applications, such as data acquisition, signal processing, or embedded systems. The wide range of available frequencies, low-jitter performance, and configurability make it perfect for many types of applications.

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