NB7L11MMNG

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The NB7L11MMNG from Toshiba is a clock buffer, driver, and repeater with a single PECL output for driving the clock signal in next-generation high-speed clock and data networks. It is a monolithic IC with an optimized design for providing clock buffering, signal distribution, and signal isolation for clock signals. The device presents very low output skew, jitter, and skew between outputs, making it an ideal choice for applications requiring low clock-network frequency drift or low-jitter output clock signals.

The NB7L11MMNG is designed with a wide operating range and low noise characteristics, making it suitable for use in clock networks operating at frequencies up to 1.2 GHz. It has excellent signal propagation delay with gate and signal line-to-line skew of less than 6 ps. It also has an excellent power-supply rejection ratio (PSRR) of -75 dB. The NB7L11MMNG is available in an SOIC8 package.

The NB7L11MMNG has an input and output compatibility that allows the device to function in a range of data and address bus applications, such as memory and logic address bus applications. When used in address bus operations, the NB7L11MMNG functions as a clock buffer and repeater that ensures the clock signal is delivered intact to each device in the address bus. When used in memory applications, the NB7L11MMNG functions as a clock driver that provides a low-skew, low-noise clock signal to the memory.

The NB7L11MMNG is designed to provide a low-jitter, low-skew clock signal in any clock network. It supports a wide range of clock and data networks, such as SFP, SMA, and SMB, providing flexible connectivity solutions. The NB7L11MMNG also supports PECL output and can be used in systems operating at 1.2 Gbps.

The NB7L11MMNG works on a principle of a registered voltage-controlled oscillator (VCO). The device is connected to the clock input and output, and the oscillator frequency is regulated by the voltage supplied to the VCO. The oscillator output is then connected to the clock output, ensuring the correct output clock frequency. The NB7L11MMNG comes with several features that allow the device to operate more efficiently, such as automatic power saving, adjustable output skew and an adjustable power supply noise filter. Finally, the NB7L11MMNG has an integrated self-test pin, which allows the device to be thoroughly tested before being used in an application.

The NB7L11MMNG is an ideal choice for low-skew and low-noise clock buffering and distribution applications, such as memory and logic address bus applications. It provides flexibility, performance, and excellent signal integrity for clock networks requiring PECL output. This makes it an excellent choice for high-speed clock and data networks.

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