DSC1121AE2-025.0000T

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The DSC1121AE2-025.0000T is an oscillator, which can be used in a wide range of applications. It is a dual-output device, with two phase-coherent and temperature-stabilized crystal oscillators, providing stability and accuracy over a wide temperature range. The oscillator features low power consumption, low noise, low jitter, and low phase noise.

The DSC1121AE2-025.0000T is typically used as a clock generator in the applications of digital audio systems, AV receivers, video processors, and embedded systems. It is also suitable for high-end medical equipment, communications infrastructure, automotive audio systems, and consumer electronics.

The oscillator works by converting a radio or audio frequency signal, such as an AM or FM signal, into a higher frequency oscillation. This is accomplished by the use of a tuned cavity, which is filled with a liquid, such as helium or oxygen. When the tuned cavity is subjected to a radio or audio frequency signal, the liquid absorbs some of the energy and begins to vibrate. This vibration then converts the energy into a higher frequency, thus generating the oscillation.

The DSC1121AE2-025.0000T offers superior performance, with low power consumption and minimal jitter. It is designed to provide reliable, high-resolution timing with low frequency drift and phase noise. The oscillator also features robust operation over temperature, as it is designed to operate between -40 and 85°C.

The oscillator is easy to use, and comes with a simple user interface. The device allows for the selection of frequency, the number of outputs, as well as the output options. The output options include pulses or sine waves, and can be programmed with the on-board control system.

The DSC1121AE2-025.0000T is an excellent choice for applications requiring reliable, accurate timing with low power consumption. Its low cost, low noise, and low phase noise make it an ideal solution for a variety of applications and markets. The oscillator is designed for easy integration and installation, and is a highly efficient and reliable timing solution.

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