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8N4Q001EG-0075CDI Programmable Timers and Oscillators

The 8N4Q001EG-0075CDI is a programmable timer and oscillator design for applications in the Clock/Timing spectrum. The device is specifically engineered for the integration into HDTVs, set-top boxes and other modern consumer electronics systems. It is ideal for applications requiring high accuracy, low-jitter and extremely low power.

Application Field

The 8N4Q001EG-0075CDI provides a programmable oscillator platform that can address challenging timing requirements in the HDTV, set-top box and consumer electronics market. It is suitable for various interfaces, such as image processing, video/audio processing, computing and communication systems. Additionally, the device is a perfect fit for powering a variety of on-chip systems across any consumer application.

Working Principle

The 8N4Q001EG-0075CDI is a programmable timer and oscillator that works on the principle of differentiating between two frequency components. It utilizes two independent frequency bands, one which is in the traditional RC oscillator range (2K-1G Hz) and one component in the high frequency range (1.6G-4.6G Hz). The device provides a low-jitter, high accuracy solution for customer electronics with a focus on power and accuracy. Using this dual frequency design, the 8N4Q001EG-0075CDI is capable of achieving extremely low-power operation and improved accuracy. Additionally, the device is capable of adaptive tuning and dynamic input frequency adjustments, allowing for further improved accuracy and power savings.

Key Features

• Low Jitter (<25ps)
• High Accuracy (±1ppm)
• Low Power (<0.2mW)
• Supports Multiple Frequencies (2K - 4.6GHz)
• Adaptive Tuning for Improved Accuracy and Power Savings
• Programmable Phase Detector for Improved Jitter Performance

Conclusion

The 8N4Q001EG-0075CDI is an ideal programmable timer and oscillator platform for HDTVs, set-top boxes, and any other ultra-low power applications in the consumer electronics segment. By utilizing its dual frequency design, it can achieve extremely low-power operation and improved accuracy, while also offering adaptive tuning and dynamic input frequency adjustments to further improve performance. With its combination of low-jitter, high accuracy, and low-power, this device is sure to be a valuable addition to any consumer electronics designer\'s range of resources.

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