LTC6954IUFF-1

Series:	*
Part Status:	Obsolete

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The LTC6954IUFF-1 is a cutting-edge clock buffer and driver that is used in a variety of applications. It is designed to provide high performance and low power clock signal distribution while ensuring accuracy and repeatability. This ultra-low-power buffer can be used to drive multiple clock inputs and outputs and is ideal for timing and synchronization applications.The LTC6954IUFF-1 is a dual-output clock buffer that enables two clocks to be driven simultaneously. The output has a wide frequency range, from DC to 7GHz, with very low jitter and low static/dynamic power consumption. The device also includes an automatic skew correction feature that enhances accuracy and stability. The LTC6954IUFF-1 features programmable slew rates, high impedance outputs, and low-noise clock distribution.The LTC6954IUFF-1 has a wide range of features and is suitable for a variety of applications. It is specifically designed for clocking applications such as timing and synchronization, phase-locked loops (PLLs), and chip-to-chip communication. It is also used in high-speed data communication, storage, consumer and communication systems.The LTC6954IUFF-1 works by using a 10-bit, dual-output clock buffer. This buffer enables two clock signals to be driven simultaneously and acts as a buffer between two clock domains. The first output is the clock output, which is an internal reference signal that is derived from the input signal. The second output is the inverted clock output, which is the signal’s polarity inverse. This allows the signal to be inverted to match the requirements of the receiving device.The output signal is generated using a voltage-controlled oscillator (VCO) circuit, which is connected to a pair of buffers. The first buffer is a low-power, high-speed buffer that is used to reduce jitter and improve signal integrity. The second buffer is a low-power, low-jitter buffer that reduces static power consumption and static noise.The clock buffer can operate in two different modes: single-ended or differential. In single-ended mode, only one output is driven and the other output is disabled. In differential mode, both outputs are driven, allowing for better signal integrity and noise immunity.In addition to the features listed above, the LTC6954IUFF-1 also has an automatic skew correction feature. This feature monitors the skew between the two clock signals and corrects any discrepancies, ensuring accuracy and stability. It also has adjustable slew rates and programmable output buffers that can be used to further improve signal integrity.The LTC6954IUFF-1 is an ideal solution for high-speed clocking applications and uses low power for improved efficiency. It is suitable for use in both single-ended and differential applications and offers excellent signal integrity, low power consumption, and automatic skew correction. The device is a great choice for applications that require reliable and accurate clock signals.

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