NB3H83905CDG

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

NB3H83905CDG has wide application field and working principle. It is a device that is used to multiplex large number of digital signals in order to reduce the number of traces needed in board design. It is designed to help engineers design large complex systems and reduce crosstalk, noise, and the number of required layers in PCB designs. It is a type of clock/timing buffer, often referred to as a clock driver.

Clock buffers, drivers, and multiplexers are all available for different applications. Different types of clock/timing buffers are available for different applications. The NB3H83905CDG is used in embedded applications. It is primarily used to provide more channels in order to effectively multiplex the signals. The number of channels can vary, but the NB3H83905CDG is designed to provide up to eight channels, with each channel reducing eight signals down to one. It is designed to allow an octal channel of data to be multiplexed onto one line using a multiplexer with dual-rail selects.

The NB3H83905CDG is designed to provide an extremely low jitter output thanks to its ultra-low jitter voltage controlled oscillator (VCO) technology. This technology also helps to reduce electrical noise, crosstalk, and other interferences. The low jitter enables the device to accurately control the timing of clocking signals, creating a much less jitter-prone system. The device also includes a low-power Sleep Mode, which minimizes the power consumption of the device when it is idle, saving energy and increasing system performance.

The NB3H83905CDG is a very useful device for embedded systems applications. It provides low jitter performance at ultra-low power, while reducing the amount of crosstalk and noise in a design. The integrated VCO technology and low power Sleep Mode also make it a great choice for embedded applications. It is a versatile device that can be used to great effect in a variety of applications.

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