NB4L6254MNR4G

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Clock / Timing clock buffers, drivers are essential to ensure device connectivity and data accuracy. They keep the data picked up by various devices in synchronization. Central to clock / timing clock buffers, drivers is NB4L6254MNR4G.NB4L6254MNR4G is a low-voltage differential signaling (LVDS) multi-output clock buffer for systems that require clock package versatility, driver compatibility, and design flexibility. It is designed to drive buffered clocks at clock speeds up to 400MHz, and output levels up to 0V differential. The device features eight independently selectable output buffer drivers allowing for multiple single ended outputs or four differential outputs.NB4L6254MNR4G has a wide range of applications including but not limited to: storage devices such as HDDs, optical drives and flash drives; digital video and graphics systems with HDTV, Home Theater, professional video, and Graphics-card graphics; mainframe, servers, and workstations; switches, routers, gateways, and communication systems; automotive, industrial, and medical systems; high-speed data and Ethernet transport; consumer electronics and set-top boxes; and low power devices.The working principle of NB4L6254MNR4G can be divided into the clock input and output drivers, and the output buffers. The high speed clock input of the NB4L6254MNR4G comes from a reference clock, or from a clock or chip select signal derived from a processor or controller. The clock input drivers in the device receive the reference clock signal and invert it to create a non-overlapping clock signal. This signal is then sent to the clock input of the NB4L6254MNR4G. The output drivers are then used to invert the clock signal and output the inverted clock signal to downstream devices. The output drivers also have a capability to invert the clock signal based on a select signal.The output buffer drivers of the NB4L6254MNR4G are used to drive the clock signals to the downstream devices. The output buffer drivers have an adjustable swing level and adjustable output impedance to minimize reflections from the signal launch from the device. Output buffer drivers can also be used to drive multiple signal outputs.The advantages of the NB4L6254MNR4G include its wide operational frequency range from 50MHz to 400MHz; its low supply voltage of 0V to 3.3V; its wide supply voltage range of 0V to 8V; its selectable output driver stages; its selectable output [S] and [S#] buffers; its selectable output impedance; and its excellent data jitter performance.NB4L6254MNR4G is an ideal choice for designers looking to create low-power, low-jitter designs. Its wide operational frequency range, adjustable output impedance and selectable output buffers allow it to be used in various applications. Furthermore, its low supply voltage, wide supply voltage range and data jitter performance make it an ideal choice for systems that require precise, low-power clock management.

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