ADN4670BCPZ

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The ADN4670BCPZ is a two-output, differential driver and buffer that is able to switch data rates up to 4GHz. It is a member of ADI’s LX family, which is a wide-range of Very High-Performance Clock Buffers, Drivers and Circuit Protection devices. This is the optimal device for many different usage scenarios such as networking, communications and computing.

With its low-skew, differential architecture, the ADN4670BCPZ provides an excellent signal quality as it can provide a wide variety of output signals. It offers two levels of skew reduction to guarantee the cleanest square wave and reduce jitter, while also allowing for the maximum performance and low latency of the system. Additionally, its adjustable pre-emphasis and equalization features take the data rate limitation into consideration, allowing for the reduction of overshoot and ringing which can occur when the output signal reaches a high frequency.

In terms of its working principle, the ADN4670BCPZ is able to utilize the Autonomous Pulse Adjustment feature to detect the output signal rise and fall times and adjust them accordingly. It’s able to detect the signal edges, then automatically compensates the output rise and fall times to ensure that the signals meet the required setup and hold times.

The ADN4670BCPZ also integrates additional circuit protection features to ensure that the device itself, as well as its connected components, remain safe from damage. This includes Overcurrent Detection, Frequency Reduction, Undervoltage Lockout, Thermal Monitoring and OCP/OTP.

As a member of the LX family, the ADN4670BCPZ stands out with its incredibly wide range of applications. This includes system clocks and buffers in networks, communications, computing, embedded systems, centralized clocking systems and general purpose signal transfer applications.

The ADN4670BCPZ is a great example of a high-performance clock buffer and driver, with its adjustable pre-emphasis features and autonomous pulse adjustment allowing it to keep its output signals clean and low-skew. Additionally, its circuit protection features ensure that it is able to work safely in a variety of different usage scenarios.

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