NB3N853501EDTR2G

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The NB3N853501EDTR2G is a high-performance Clock/Timing Buffer, Drivers, and Timing Control Applications device. It provides a robust and reliable solution for driving multiple clock signals from one source. It has a high rate of switching frequency and a wide operating voltage range. It is ideal for applications such as clock tree distribution, high frequency clock synthesis, clock buffering, and optical interface design.

The NB3N853501EDTR2G Clock/Timing Buffer and Driver is designed to drive multiple clock signals from one source. It is designed to provide low noise and high isolation between the output and input signals, as well as between the output signals themselves. It is designed to resist input voltage transients, which can cause unreliable operation. It has an integrated internal output impedance control network, which helps to ensure reliable operation even at high clock frequencies. The device also has an adjustable output impedance control feature, which allows the system designer to optimize the output impedance for different applications.

The NB3N853501EDTR2G clock/timing buffer and driver is ideal for very high-frequency applications. It is capable of driving up to 6 multi-clock output signals with total isolation greater than 25dB. It can also be used to drive multiple clocks in a multi-stage clock tree design. The device features an adjustable output impedance which allows for very low by-pass capacitance and hence, reduced time-skew between the outputs. It also features an adjustable current limit allowing for a range of output voltage swings.

In terms of its working principle, the NB3N853501EDTR2G clock/timing buffer and driver works by taking an input clock signal and dividing it into multiple output signals with the required frequencies and levels. The device then uses an internal analog control loop to control the drive levels of the individual output signals. The output levels are adjustable and can be set to levels that are compatible with the application. This allows the system designer to optimize the performance of the clock/timing buffer and driver.

Overall, the NB3N853501EDTR2G is an ideal clock/timing buffer and driver solution for applications that require both high performance and reliability. It provides a robust solution for driving multiple clock signals from one source and can be used in clock tree, high frequency clock synthesis, clock buffering, and optical interface design. As it features low by-pass capacitance, adjustable current limit, adjustable output impedance, and total isolation greater than 25dB it is capable of driving highly reliable circuits at very high frequencies.

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