NB6N14SMNG

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Clock and timing signals form the foundation upon which many complex systems operate. As such, their accurate and reliable delivery is of paramount importance in many applications. The NB6N14SLMG from Rohm Semiconductor is a high performance clock buffer designed to deliver precision clock signals with minimal skew at frequencies of up to 350 MHz. This clock buffer boasts an operating voltage range of 2.7V to 5.5V and is available in an 8-pin TSSOP package, making it an ideal solution for demanding space-constrained applications.

The NB6N14SLMG is a high frequency, low skew, clock buffer that is capable of delivering multiple clock signals with distinguishable skew. It can be used to drive multiple clock signals from a single input source, or to drive different signals from multiple input sources. The NB6N14SLMG can also generate clock signals from non-standard inputs, such as programmable logic controllers, programmable frequency generators, or inverters. It is also capable of buffering and isolating sensitive signals, such as clocks and periodic timing signals, from the main signal path.

The NB6N14SLMG is ideally suited for applications that require multiple logical signals, such as xDSL, TMDS, SDR, DDR, Memory Interface, SerDes, and other high speed data communication systems. It can also be used in many clock signal distribution systems, chip clocking systems, high frequency logic circuits, and signal isolator circuits. This clock buffer is also an excellent choice for low voltage applications, as it requires only a low voltage to operate.

The NB6N14SLMG is built on a special hybrid BiCMOS process, which combines high performance and low power in a single device. This allows the device to operate at high speeds with low skew and minimal power consumption. The device also integrates 30ps propagation delay and up to 350 MHz operation with low 3ns jitter, making it an ideal choice for precise timing applications. Additionally, the device is designed to be tolerant to any jitter or distortion on its input signal, ensuring reliable data transmission.

In terms of its physical characteristics, the NB6N14SLMG is an 8-pin TSSOP package, with operating temperature range of -40°C to +125°C. Its input voltage range is 2.7V to 5.5V and it can operate in both enabled and disabled modes to reduce power consumption. Additionally, the NB6N14SLMG has an integrated pull-up and pull-down resistors, allowing the user to adjust the output voltage level. The device also has a wide range of options for controlling rise and fall time of the output signal, allowing the user to select the optimal settings for their application.

The NB6N14SLMG is a highly versatile clock buffer designed to meet the most demanding timing requirements. With its wide operating voltage range, range of timing options, and low jitter operation, it is a must have for any system requiring precise clock and timing signals. Whether it is for distributing signals for multiple devices, buffering sensitive signals, or generating clock signals from non-standard sources, the NB6N14SLMG is a high performance solution that is perfect for today’s most demanding applications.

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