MAX3872AETJ+T

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The MAX3872AETJ+T are highly integrated, low voltage, low jitter clock switch and clock distributor designed for high-performance applications. The device is ideal for switching and distributing clock signals from one system to multiple systems in a variety of applications, including networking, backplane, system interconnect, digital video, and storage systems. The MAX3872AETJ+T features two sets of clock outputs, each with two differential outputs, making it well suited for clock distribution in clock-critical systems.

The MAX3872AETJ+T works by providing a single output and two separate inputs that are multiplexed or switched by a control module. The control module can be programmed to select either input or both as clock sources and switch between the inputs. The control module also provides feedback, enabling the device to accurately determine when the outputs are in sync. The outputs are provided in differential form and can be configured to accept single-ended input. The MAX3872AETJ+T also provides low jitter, along with support for spread spectrum clock rate modulation.

The MAX3872AETJ+T is designed for applications where timing and synchronization are important. The device enables applications to maintain accurate timing without introducing noise or jitter, making it well suited for applications that require precise timing and synchronization. Additionally, the device\'s high integration and low-jitter performance make it suitable for a variety of time-critical applications, including digital video, networking, backplane, and storage systems. The low-jitter and high integration also makes it ideal for applications that require high-performance clock distribution.

In addition to its use in timing-critical applications, the MAX3872AETJ+T is also well suited for system-level clock control and distribution. The device provides a wide range of features that make it well suited for managing and controlling clocks in multiple locations. With its dual outputs, the device can be used to manage and distribute clocks to multiple systems. The device also provides support for spread spectrum rate modulation, making it well suited for applications requiring noise immunity. The low-jitter design also makes the device well suited for frequency adjustment applications, and the integrated PLL and VCO make it ideal for applications requiring wide frequency range operation.

The MAX3872AETJ+T provides high levels of integration, low-jitter performance, and an integrated control module that allow the device to be used in a variety of applications, such as digital video, networking, backplane, and storage systems. Additionally, its support for spread spectrum rate modulation, and its wide frequency range operation make it ideal for applications requiring precise timing and synchronization. The device\'s high integration, low jitter, and support for wide frequency range operation make it well suited for time-critical applications, as well as system-level clock control and distribution.

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