ICS2304NZG-1T

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The ICS2304NZG-1T Clock/Timing Buffer, Driver, and Generator are a family of devices that are widely used in high-speed data processing applications. They provide a single integrated interface between digital and analog logic, and can provide a reference clock signal for timing and synchronization. The ICS2304NZG-1T is a medium-volume, 3V, 25 MHz Clock Buffer, Driver, Generator. It offers up to two banks of output buffers, enabling the clock signals to be tailored to the specific application needs.

The ICS2304NZG-1T has an advanced power-saving feature that allows it to consume less than 30 uA, ensuring low power and long battery life. The device also features an integrated phase-locked loop (PLL) and a low jitter, low-noise clock generator, allowing it to output customized frequency clocks with high accuracy and low power consumption. The device is also pin compatible with other clock generators, allowing for easy deployment.

The ICS2304NZG-1T has four operating modes that can be dynamically configured – four sleep modes, enabling up to 12 mA of quiescent current savings and up to 48 mA of power savings when the device is in operation. This allows the ICS2304NZG-1T to be used in power-sensitive applications, such as mobile and handheld devices, where power consumption is critical. The device can also be configured in the PLL-based master mode, providing an improved clock signal stability and accuracy.

The ICS2304NZG-1T is an ideal solution for high-speed data processing applications. It is particularly suitable for applications that require a low-power, low-jitter clock with high accuracy and stability. The device can also be used for data buffering, precise timing, and synchronization. With its advanced power saving features and its flexibility in clock output configuration, the ICS2304NZG-1T is an ideal choice for mission-critical applications.

The working principle of ICS2304NZG-1T is based on a combination of an integrated frequency synthesizer, an analog clock buffer, and an output buffer. The internal frequency synthesizer is responsible for generating the high-precision clock signal by dividing the input clock by an integer ratio. The output clock signal is then further buffered by the analog clock buffer for improved signal strength and noise reduction. Finally, the analog clock signal is buffered again by the output buffer for configuring the output clock.

In order to meet the requirements of different applications, the ICS2304NZG-1T can also be programmed to output clock signals with variable frequencies. The device supports up to four output low-jitter clocks, which can be programmed to output different frequencies. This makes the device particularly suitable for applications that require variable clock synchronization.

Finally, the ICS2304NZG-1T is one of the most advanced clock/timing buffer, driver, and generator on the market. It offers a high-performance, low-power, low-noise clock signal generation solution, making it an ideal choice for advanced applications that require a reliable, accurate, low-jitter clock solution.

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