CDCU877GQLR

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The CDCU877GQLR is an application specific clock/timing part offering high-precision clock and timing solutions for the industrial, medical and aerospace industries. It combines the latest in clock technology with a wide range of functions, making it ideal for applications requiring the most accurate of timing. Its advanced digital and analog capabilities allow it to provide highly accurate timing even in the most demanding industrial or aerospace environments.

The advanced digital and analog capabilities of the CDCU877GQLR are made possible by the combination of a high-resolution core, a low-voltage digital-to-analog converter, and an ultra-low-jitter internal clock source. The on-board digital-to-analog converter allows for both analog and digital input and output, giving it superior precision and accuracy compared to more traditional timing solutions. The on-board clock generator enables it to provide high-precision clock and timing solutions with minimal setup time and effort.

The main application field for the CDCU877GQLR includes a variety of analog and digital industrial applications such as precision timing for motor control, frequency counter, waveform generators and motor current sensing systems. It is also suitable for a wide range of medical applications, including ECG, cardiac pacing and cosmetic skin treatments. Finally, the device is also suitable for aerospace applications, including test instrumentation, GPS receivers and satellite downlink timing.

The CDCU877GQLR is designed to simplify and accelerate the development of high-precision clock and timing solutions. It offers the design engineer the option of controlling its active elements via an on-chip DSP allowing for low-power sophisticated logic control and timing. Additionally, its on-board digital-to-analog capability allows for direct connection to external analog components such as servos, motors, and sensors.

The working principle of the CDCU877GQLR is simple yet effective. A high-resolution core is used to control the on-board digital-to-analog converter, which translates digital signals into analog signals. The on-board clock generator then generates the precise timing pulses, based on the input signal. These timing pulses are then used to drive the active elements of the device, such as motors, sensors, or servos, or can be used to control external logic operations. The device is also able to support multiple output signals and can synchronize the output of any number of the active elements to ensure precision timing solutions across multiple applications.

In conclusion, the CDCU877GQLR is an application specific clock/timing part offering high-precision clock and timing solutions for the industrial, medical and aerospace industries. Its advanced digital and analog capabilities, combined with its on-chip DSP for precise logic control and timing, make it an ideal choice for high-precision clock and timing solutions. Its simple yet effective working principle and ease of implementation make it a great choice for any designer looking for a reliable clock/timing solution.

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