NB3N111KMNR4G

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Clock/Timing - Clock Buffers, Drivers are components used in the digital electronics domain. In this domain, signals have to be transferred from one device to another at a very high speed and accuracy. To ensure this, components like NB3N111KMNR4G are needed for signal translation and synchronization. The following section explains the application field and working principle of this component.

NB3N111KMNR4G is an integrated buffer/driver built on Texas Instruments’ most advanced low-power CMOS technology. It is designed to provide improved skew characteristics between outputs while reducing clock jitter, ensuring optimal signal integrity throughout the system. The component is designed to translate both high-frequency and low-frequency differential signals to non-differential input signals. It features various features such as peak output current of up to 90 mA, power supply voltage of 2.7V – 3.6V, operating temperature range of -40° C to +85° C, supply current of 0.5 mA typical and a maximum data rate of up to 800 Mbps.

NB3N111KMNR4G finds application in clock distribution, such as in sophisticated clock tree applications, voltage clocks, PCI Express, memory clock tree, Clock Recovery, and Digital TV applications. The component is also used for clock/data/video distribution, converting incoming clock/data/video signals to outputs for faster converter synchronization. In addition, it is suitable for applications in high-speed data transmission applications, where the current associated with the clock has to be minimized, and fast settling time is essential.

The working principle of the NB3N111KMNR4G is simple. It accepts high-speed SerDes input signals and converts them to low-power single-ended non-differential outputs. The layout of the device follows a simple double-buffered architecture, where a low-power logic interface is used to provide all of the necessary controls to the two buffers.

The pulse generator is used to terminate the signal, while the power-on reset function ensures a stable initial state of the device. The internal clock generator also provides an adjustable resistance, which helps to balance the input signals between the buffers. Finally, the on-chip protection circuits protect the NB3N111KMNR4G from input overloading or runaway conditions.

In conclusion, the NB3N111KMNR4G is a versatile, highly integrated buffer and driver component from the Clock/Timing - Clock Buffers, Drivers segment, designed to provide signal translation and synchronization to devices operating at peak speeds. Its ability to operate from a low-power, low-voltage power supply, coupled with its stable and reliable performance, makes it one of the most sought after solutions for clock distribution, data transmission and clock/data/video distribution applications.

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