NBSG14MNR2 Integrated Circuits (ICs)

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NBSG14MNR2 is a clock buffer designed to amplify and reduce jitter from clock sources. This device is classified under clock/timing division with the specialty of clock buffers, drivers, etc.

Clock buffers are one type of interface that can be employed between clock sources and clock devices, and seek to reduce jitter and noise in the clock signal. NBSG14MNR2 enables reduction in jittered and noisy signals while expanding the signal, allowing large numbers of clock devices to receive the clocked signal in a consistent and reliable fashion.

The chip features single-ended termination, using the termination of a separate input clock buffer to drive the output. The chip also includes the appropriate series and parallel buffers, a divide-by-two buffer and output voltage detectors, allowing a reduction in high- and low-frequency jitters on the output clock.

The NBSG14MNR2 works by distributing the same clocked signal to different outputs. This can be done either serially or in parallel, coordinating all the clocks signals to run in perfect synchronization to the original clock source. It can accomodate a range of clock frequencies from very high frequencies to low frequencies, making it well suited for applications such as telecommunications and data processing.

In addition to clock buffering, the NBSG14MNR2 also provides thermal management, allowing peak operating temperature to be monitored, allowing incoming signals to be managed in an orderly fashion and providing protection from thermal overload. This device is also manufactured using TSOP-20 packaging, containing an 8-bit right-justified binary counter.

Under normal operating conditions, the device requires an input frequency of 150 MHZ to 400 MHZ and an operating temperature range of 25 to 105 degrees Celsius. The device also requires the use of low voltage differential signaling (LVDS) to get a signal quality of 0.6V swing differential. The output signal is also regulated using a slew rate of 12ns per volt.

To summarize, the NBSG14MNR2 is a clock buffer designed to reduce jitter from a clock source. The device is capable of distributing the same clocked signal to various outputs, either serially or in parallel. It works well for a range of clock frequencies and provides protection against thermal overload. The device requires an input frequency of 150 MHZ to 400 MHZ, an operating temperature range of 25 to 105 degrees Celsius and has an output signal regulated using a slew rate of 12ns per volt.

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