PI49FCT2805ATQE

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PI49FCT2805ATQE is a clock driver designed to provide proper termination and buffering of signals in high-performance digital systems. It provides an unbuffered low-power input buffer with programmable output on TTL/LSTTL/CMOS logic families. It is designed to be used in systems that require high levels of buffering and termination to drive transmission lines, SCSI buses, and LVDS interconnecting links.

The PI49FCT2805ATQE logic driver is ideal for use in applications such as cloning clocking, system synchronization, timing of data transfers, memory arbitration, and peripheral control.

The PI49FCT2805ATQE features a 36-bit buffer in a single package and can be operated from a wide range of power supply voltages including 3.3V, 3.2V, 1.5V, and 2.5V.

The PI49FCT2805ATQE offers several advantages, including very low power consumption, high-speed operation, low-skew input timing, and bidirectional I/O. Additionally, the device has the ability to drive two outputs in any polarity, which makes it well suited for applications requiring directional control and data flow.

The PI49FCT2805ATQE has two input ports, and when both ports are enabled, the buffer will operate in a certain polarity, either active-high or active-low. The polarity of the output is determined by the logic state, and it can be configured to either active-high or active-low. This allows for the user to set the buffer polarity according to the application requirements.

The PI49FCT2805ATQE also has the ability to buffer up to four devices. The device buffers slow speed, low-power digital signals, as well as high speed and high-power signals. With this buffering feature, the PI49FCT2805ATQE can correctly drive signals over long distances while minimizing the power consumption.

The PI49FCT2805ATQE is a versatile clock driver and buffering solution for presentation of digital logic signals. The buffer is optimized for use in high-speed digital communications and provides an efficient means for the buffering and termination of low-voltage TTL signaling. The device features a wide input/output compatibility, low-power consumption, and a low-skew input clock buffer timing. This makes the PI49FCT2805ATQE an ideal choice for use in systems requiring high levels of buffering and termination.

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