852911AVILFT

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Clock/Timing technology plays a key role in modern computing and data acquisition systems. As clock speed continues to increase and devices become ever more complex, the need for reliable timing and synchronization devices becomes ever more critical. The 852911AVILFT is a high-speed clock buffer/driver designed to meet this need. It features a fast response time and low jitter, making it ideal for applications involving high-speed and critical timing.

At the core of the 852911AVILFT is a field-programmable gate array (FPGA), providing a high-speed interface between clock source and clock receivers. This FPGA allows the device to be programmed to accept multiple clock sources up to a maximum frequency of 1.5GHz. The FPGA also ensures that the 852911AVILFT is highly reliable and able to accurately adjust to any sudden change in input clock frequency. This makes it ideal for applications involving high-speed, critical timing such as clock synchronization and communications.

The 852911AVILFT also incorporates a number of additional features designed to provide greater flexibility and accuracy. It can automatically adjust its output duty cycle to match the duty cycle of the input clock source, allowing the device to accurately reproduce the timing information, even in extreme environments. The device also features a power-down mode that completely shuts down the device when not in use, helping to reduce power consumption. Finally, the 852911AVILFT also has a built-in error detector and correction circuit, providing additional protection against faulty data transmission.

The 852911AVILFT is a versatile, high-speed buffer and driver designed for applications requiring critical, reliable timing. It combines a high-performance FPGA with a range of additional features, allowing the device to be easily and accurately adjusted to any timing requirements. Its fast response time and low jitter make it ideal for applications requiring high-speed clock synchronization, ensuring reliable and accurate data transmission.

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