8535AK-01LFT

The 8535AK-01LFT is a clock buffer, driver and translator for clock signals. It was specifically designed to increase the frequency and accuracy of data recovery from Source-Synchronous Network-on-Chip (NOC) communications links. On board, the 8535AK-01LFT includes a clock buffer, driver and translator, as well as a Voltage-Controlled Oscillator (VCO).

The 8535AK-01LFT boosts the signal strength of a clock by using the buffer. By driving the signal through the buffer, the buffer will overcome the resistance of the printed circuit board track, thus preventing signal distortion or loss. The output of the buffer is then transmitted to the driver, which acts as an amplifier. The driver increases the amplitude of the signal and also enhances noise immunity. Through the use of the driver, the signal is then delivered to the translator. The translator can be used to convert the signal from one format to another, enabling the clock signal to be translated into the desired clock format.

The on board VCO is used to generate clean clock frequencies, when the board is powered, the VCO will start up and generate a 1.2GHz clock signal. The VCO ensures the optimal performance of the board by providing a stable, consistent and high-accuracy frequency for the output clock. The VCO can also be used to change the output clock frequency.

The 8535AK-01LFT can be used for various applications, such as communications, data transmission, data synchronization and data acquisition. It is also suitable for high-speed operations and large FPGA solutions. The board is suitable for any system that requires low-jitter and high-frequency operation.

In conclusion, the 8535AK-01LFT is a clock buffer, driver and translator. It is specifically designed to increase the frequency and accuracy of data recovery from Source-Synchronous Network-on-Chip (NOC) communications links. The board includes a clock buffer, driver and translator, as well as a Voltage-Controlled Oscillator (VCO). The 8535AK-01LFT can be used for various applications, such as communications, data transmission, data synchronization and data acquisition. It is also suitable for high-speed operations and large FPGA solutions.