512DAA000828AAG

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Pin Configurable/Selectable Oscillators are used to provide the desired frequency of high accuracy and excellent stability. They are often used in critical timing applications such as synchronization, pulse generation, and frequency-lock loop systems.

The 512DAA000828AAG is a pin configurable/selectable oscillator from the extensive range of oscillators available from Crystek. It has a frequency range of 8 to 28MHz, with a frequency accuracy of ±5ppm (parts per million). This oscillator is a one-time programmable device, featuring 4 digital pins that are used to set the frequency, control the output enable pin, and configure the output type. Additionally, the 512DAA000828AAG offers a low-phase noise of -163 dBc/Hz@ 10kHz, making it ideal for critical timing applications.

The 512DAA000828AAG is designed using crystal technology, which is based on an electromechanical vibrating crystal that is cut in a specific frequency. As an input voltage is applied, the crystal expands and contracts, causing an oscillation frequency with excellent long-term stability and accuracy. This oscillator is used for wide range of applications, such as data acquisition, test and measurement systems, telecommunications, and aerospace.

In terms of working principle, the 512DAA000828AAG is a crystal oscillator, where a crystal provides the oscillation frequency that is used to generate the output waveform. The crystal contains a thin slice of quartz crystal that is cut at a certain angle, causing it to vibrate at a certain frequency when powered. Because of this, the 512DAA000828AAG is known for its high accuracy and excellent stability in critical timing applications.

In conclusion, the 512DAA000828AAG pin configurable/selectable oscillator is designed to provide an extremely accurate and stable frequency in critical applications. With a frequency range of 8 to 28MHz, it offers exceptional performance in test and measurement systems, telecommunications, aerospace, and other applications. Furthermore, the 512DAA000828AAG offers a low-phase noise of -163 dBc/Hz@ 10kHz, which makes it ideal for applications requiring precision timing.

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