NB6L239MNG

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The NB6L239MNG is an advanced clock generator integrated circuit that offers superior system performance and clock signal reliability. It is designed for a variety of applications, from communications systems to digital signal processing and biomedical devices. This clock generator is suitable for systems using high-speed IO technologies, such as HyperTransport, RapidIO, SRIO and PCI Express. The NB6L239MNG is a fractional-N PLL (phase-locked loop) clock generator, based on a use of a proprietary digital signal processing technology. It provides excellent jitter performance and delivers clean, low-skew clock signals to various system components. The output frequency range is up to 10MHz, while the fractional-N programmability offers output frequency resolutions down to 0.01%.

The NB6L239MNG features a wide array of powerful yet intuitive features that provide greater flexibility to system designers and users. Its PLL design allows for a wide range of programmed output frequencies. Programmable skew and latency for each output signal is available to ensure critical timing requirements are met. The outputs can be configured for single-ended, differential or clock-and-data signals, with the capability to transmit data along side the clock. The NB6L239MNG input frequency range is from 25MHz to 500MHz, with a programmable gain of 3-20. This device also offers clock division and multiplication support. Its integrated differential inputs provide superior noise immunity compared to single-ended inputs on other systems.

The NB6L239MNG utilizes an advanced digital CDR (clock data recovery) building block, which enables low-skew, low-jitter clock signals to be generated from asynchronous reference clocks. The CDR supports both single-ended and differential clock inputs, and also offers data transmissions via the configured clock output frequencies. It offers a wide input frequency range (up to 500MHz) and programmable multipliers and dividers, allowing it to handle various input clock sources. The CDR circuitry also allows for programmable latency and skew values for each clock output.

The NB6L239MNG has been designed to be reliable and efficient, drastically reducing system size and power consumption. It is capable of delivering clock signals with a jitter of less than one picosecond, and has very low inrush current, resulting in reduced component damage during power-on operations. This, combined with its small form factor, makes the NB6L239MNG an ideal choice for high-performance clock signal generation applications. It also features a thermal sensor that allows the system to monitor temperature and prevent component failure.

In conclusion, the NB6L239MNG is a highly advanced clock generator integrated circuit that is suitable for various clock signal generation applications. It offers superior system performance, low power consumption, small form factor and excellent jitter performance. The NB6L239MNG supports various input clock sources, including single-ended and differential inputs, and also includes programmable multipliers and dividers, allowing it to support a wide range of output frequencies. Its digital CDR building block also supports programmable latency and skew values, as well as data transmissions via the output clock signals. This device is designed to be reliable and efficient, drastically reducing system size and power consumption.

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