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Logic - Buffers, Drivers, Receivers, Transceivers

The CY74FCT244ATPCG4 is a buffer/line driver manufactured by Cypress Semiconductor. It is a 4-bit buffer/driver designed for low- to medium-power applications. It features three-state outputs which allow for the interface of multidrop lines. The device is designed for use with two power supplies, such as +3.3V and +5V. It is suitable for high-speed logic bus interfacing and buffer memory transfer.This device has high performance at low power, with a low power dissipation of just 115 mW at 3.3V supply and 31 mA at 5V supply. It also has high speed, with a delay time of just 13 ns. This buffer has high noise immunity of 30 kV/μs of minimum ESD. It also has a Low Output Skew of 10°C at 8 x 8 MHz. The CY74FCT244ATPCG4 has an open drain output suitable for use in bus-oriented applications and can be used to drive other FCT ICs such as transceivers, receivers and Drivers. It can also be used as an address buffer, priority selectors, memory selector and as a general purpose buffer.It is ideal for use in high speed memory interface and buffer memory transferring. It is suitable for use in computer and instrumentation applications, automotive electronic systems and industrial systems.The CY74FCT244ATPCG4 is pin and functionally compatible with its predecessor, the CY74FCT244A. This device has eight channels with four inputs and four on-chip output ports. Each input/output can be used with either active-low or active-high logic. The CY74FCT244ATPCG4 is a low- to medium-power, logic buffer/driver intended for higher performance and higher speed applications. It has the ability to drive high-speed logic bus and memory transfers, and is suitable for mostwide variety of logic system applications.The CY74FCT244ATPCG4 is ideal for applications including automotive systems, industrial systems, and computer and instrumentation applications which need high-speed data transfers. Its low power consumption and low output skew, combined with its four-bit buffer/driver technology, enables it to keep up with growing demands for fast and more powerful computing systems.

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