NB6L11DR2

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NB6L11DR2 has become an increasingly popular choice for applications in Clock / Timing, including Clock Buffers, Drivers, and other timing circuits. This is due to its high performance and cost effectiveness. The NB6L11DR2 is available in a range of packages to suit any application. This article will discuss the application field and working principle of the NB6L11DR2.

The NB6L11DR2 is a high-performance Clock Buffer available in a range of package styles. It has the ability to drive up to sixteen outputs from its single input, providing more flexibility and performance from a single device. The recommended input frequency range is from 10MHz to 250MHz, and the recommended output frequency range is from 6MHz to 250MHz. The NB6L11DR2 also provides less than 1 ns jitter in the system.

In terms of applications, the NB6L11DR2 is ideal for synchronizing and distributing clock signals across multiple boards and in point-to-point connections. This makes the NB6L11DR2 an optimal choice for applications in fields such as medical, aerospace, and defense. The NB6L11DR2 can also be used to manage skew between multiple clock sources and reduce routing congestion in a PCB while improving system timing accuracy. In addition, the NB6L11DR2 is also ideal for clocking of high-speed interface designs such as USB, PCIe, and SATA as well as FPGA and ASIC devices.

The NB6L11DR2 features an advanced design, making it an ideal choice for high-speed and high-density applications. It is designed using CMOS and BiCMOS technology, making it suitable for many applications. The NB6L11DR2 also has an integrated programmable phase-locked loop (PLL) with a range of zero to approximately 90 degrees of free-running clock phase shift. The device can also be controlled via an I2C bus and has an integrated I2C slave to ensure reliable communication with the system controller.

The NB6L11DR2 uses a two-stage delay line to drive multiple outputs from the input clock. The first stage splits the clock signal into two halves and then passes the two halves to the second stage. The second stage then divides the two halves and drives them onto the multiple output lines. The NB6L11DR2 also features an integrated I2C Slave, allowing the user to program the device\'s desired output delays and phase shifts. This ensures that the outputs are precisely matched to the system clock specifications.

The NB6L11DR2 also has an integrated spread spectrum clock generator that can be used to reduce radiated and conducted emissions from the system. The spread spectrum clock generator modulates the output clocks to reduce emissions in both the EMI and EMC bands. The NB6L11DR2 also has an integrated low-skew capability that ensures accurate clock synchronization and minimizes run-trough delay.

In conclusion, the NB6L11DR2 is an advanced Clock Buffer suitable for many applications in Clock/Timing, including Clock Buffers, Drivers, and other timing circuits. It features an advanced design, high performance, and an integrated I2C slave, PLL, and spread spectrum clock generator. The NB6L11DR2 is an excellent choice for synchronizing and distributing clock signals across multiple boards and in point-to-point connections, making it an ideal choice for applications in fields such as medical, aerospace, and defense.

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