NB3L853141DTR2G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Clock/Timing - Clock Buffers, Drivers have been widely used in today\'s electronic world. With the advancement of technology, the demand for reliable clock signals is at an all-time high as clock buffering and driving capabilities are becoming more important.

NB3L853141DTR2G is one such device, used for clock buffering and driving applications. It is an octal LVDS buffer/fanout designed for high speed clock and data distribution. The device provides eight differential LVDS outputs from a single differential LVDS input signal, maintaining signal integrity and minimizing signal loss. The device also includes adjustable de-emphasis magnitude and rising/falling edge control to minimize EMI and improve signal integrity.

The seven outputs are wnconnected by default while a single output can be enabled by writing to the Input/Output Control Registers. The user can further adjust the skew and phase adjustments for each output by writing to the Delay Line Register.

The NB3L853141DTR2G also has a high noise-immune design with a lower EMI profile due to adjustable de-emphasis and edge control. ESD protection exceeds the IEC 61000-4-2 (Level 4) standard. Common Mode Choke Coils are used to help suppress high frequency common mode noise.

The application field of this device ranges from synchronous clocking to digital signal transmission in high-performance systems. Its wide operating range and low power consumption(operating voltage of 1.0 V to 2.375 V and total power consumption of 0.45 mW) make it suitable for battery-powered devices as well as other applications which require reliable signals and low power consumption.

As for the working principle, NB3L853141DTR2G performs the task of clock buffering and driving using differential LVDS output. A differential LVDS signal has two complementary digital signals which are representing a single logic level. This is achieved by canceling the common-mode noise and also improving the timing jitter. This logic level can be correctly detected when the voltage signals at the inputs of the receiving device are within the threshold voltage range. Thus, the device is capable of driving one clock signal to multiple outputs in an efficient manner, forming a high-speed daisy chain configuration.

In summary, NB3L853141DTR2G is a reliable clock buffering and driving device which is suitable for a variety of high-performance systems. Its adjustable de-emphasis magnitude and rising/falling edge control helps to minimize EMI and improve signal integrity. By using differential LVDS output, it is also capable of driving multiple clock signals in an efficient way, making it suitable for applications requiring reliable signals and low power consumption.

The specific data is subject to PDF, and the above content is for reference