NB6L11DTG

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The NB6L11DTG refers to an ultra-low-jitter clock and data buffer. It is designed to improve the performance of applications such as servers, workstations, set-top boxes, and other consumer electronics applications that require precise timing. The NB6L11DTG is designed to provide maximum data rate, low latency, and robustness.

The NB6L11DTG belongs to the class of clock/timing, clock buffers, drivers. This type of device provides regulated output clock, data and/or supply voltages for efficient clock distribution, synchronization and power management in high performance systems. The NB6L11DTG has been designed to provide high clock/data performance and flexibility along with minimal jitter performance.

The NB6L11DTG\'s clock and data buffer comprises of a differential, high performance clock buffer and a low-power, low-distortion clock driver. The low jitter clock and data buffer features a low power-on time, high-bandwidth clock buffer that is capable of operation up to 800MHz. The clock buffer has wide operating temperature range and high ESD protection. The low-jitter clock and data buffer driver is also provided with a clock-rate adjustment feature, which allows customers to adjust the output frequency without compromising the accuracy of the output clock and data.

The NB6L11DTG is designed to improve the performance of applications such as servers, workstations, set-top boxes, and other consumer electronics applications that require accurate timing and data synchronization. The NB6L11DTG provides a clock and data buffer that enables the processor to communicate to external devices at more than double the data rate of the latest generation processors. The NB6L11DTG is designed to benefit applications requiring high data rates, low latency, and board flexibility. It is designed to be used in a variety of applications including power and video systems, communications, aerospace systems, and consumer electronics.

The NB6L11DTG clock buffer and driver work on the principle of timing and data multiplexing. The buffer is a dual-edge enabled on-chip module with a PLL circuit that maintains the data transitions in sync with the clock. The transition frequency is adjusted to match the input clock rate. The clock buffer reduces the period fluctuations in the output clock by modulating its own clock rate as a function of the input clock frequency. This ensures an accurate output clock frequency with minimal phase jitter.

The NB6L11DTG also includes a low voltage differential signaling (LVDS) interface, which is designed to improve the electrical performance of the clock buffer. It allows for accurate data transmission over short distance. The clock and data buffer also has a programmable reference frequency selection to optimize the power and noise performance of the output clock. The clock driver allows the user to select the number of output channels, output voltage, and drive impedance.

In summary, the NB6L11DTG is a clock and data buffer application that provides high speed, low latency, robustness, and power management. It is designed for applications that require precise timing and data synchronization such as servers, workstations, set-top boxes, and consumer electronics applications. The NB6L11DTG\'s clock and data buffer comprises of a differential, high performance clock buffer and a low-power, low-distortion clock driver. The clock buffer reduces the period fluctuations in the output clock by modulating its own clock rate as a function of the input clock frequency. The clock driver allows the user to select the number of output channels, output voltage, and drive impedance. This application is designed to provide reliability, accuracy, and robustness for applications requiring high performance.

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