83054AGILF

Clock/Timing - Clock Buffers, Drivers

The 83054AGILF is an Inline Clock Buffer/Driver IC, commonly used in digital products to manipulate a steady clock signal. The 83054AGILF provides three low-skew sets of outputs that are programmable as selectable active-low, active-high, or high-z outputs. It also has a single input and provides excellent jitter performance over a wide frequency range.

Application fields

The 83054AGILF can be used in applications in which clock signal transfer is necessary between devices connected to the same board and in need of synchronization. For example, the 83054AGILF can be used in digital video cameras and digital video players, as well as video monitors, set-top boxes, PCs and audio products. Thanks to its wide frequency range, it can also be used in high-speed DDR3/4/5 memory systems.

Working principle and features

The 83054AGILF is able to accept a single input reference clock signal, divide it and transmit three output clocks. The three sets of outputs are clock signals with a different duty cycle, which can be programmed as active-low, active-high, or high-z outputs through the signal pins. The device can generate a clock signal with an output frequency ranging from 7.2MHz to 166MHz. The device uses an RGB signal in the LVDS protocol, with a voltage differential of 350 to 400mV, which can be used to transmit clock signals with minimal power consumption.

Thanks to its robust design and its low jitter performance, the 83054AGILF is capable of providing a high level of clock signal precision. Moreover, the device also features a dedicated LED output, which can be used to show the status of the IC without requiring external logic. The 83054AGILF also features a noise immune design, which is able to reduce noise interference.

Conclusion

The 83054AGILF clock buffer/driver IC from BFE is highly versatile and feature-rich, making it an ideal clock signal manipulator for a wide variety of applications. The device is also designed for minimum power consumption and offers excellent jitter performance, making it suitable for high-speed memory systems. Moreover, it also features a dedicated LED output, which can be used to show the status of the IC without requiring any external logic.