74ABT241CMTC

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The 74ABT241CMTC is an 8-bit transceiver designed for both bus-oriented low power and high-speed applications. It has three-state output buffers which enable the tranciever to be used as either input or output line drivers. This device is suitable for wide variety of applications like transmitting/receiving data between a low power system and a high-speed system. It is also used to design logic gates, multiplexers and flip flops. It offers very fast propagation delay by using optimized circuit design with drain current limiting.

The 74ABT241CMTC is a low-power, multi-channel transceiver. It is a monolithic IC with a built-in level shifter. The on-chip input buffer and output buffer are used to drive the external buffers. The transceiver has a logic voltage range of 3.0V to 5.5V and is able to operate at supply voltage ranging from 1.2V to 3.6V. In addition to being used as an 8-bit transceiver, it can also be used as an 8 to 1 multiplexer/demultiplexer or as 8 banks of individual tri-state outputs to drive other logic gates.

The 74ABT241CMTC provides 3-state outputs for bus oriented applications. The 3-state outputs enable the device to be used in applications where multiple devices must share the same logic buses. It also provides enable input (E) and output enable (OE) for each output buffer. The enable input for each output buffer is configured and enabled when E is high and output enable is enabled when OE is low. This allows the device to be used in asynchronous applications.

The 74ABT241CMTC logic levels are compatible with CMOS, ECL, and TTL logic devices. It implements a two-stage logic design with drain current limiting. This gives the device a very fast propagation delay and minimum power dissipation. The device also has low quiescent power which is suitable for battery operated systems. The input thresholds of 0.8V and 2.0V gives a wide range of operating condition and maximum noise immunity level.

The 74ABT241CMTC can be used in many applications involves data transferring between low-speed and high-speed systems. It can be used as an interface between microprocessors and high speed Application Specific Integrated Circuits (ASIC). It can also be used to design logics gates, multiplexers and flip-flops for system expansion. In addition to its high-speed features, the device also has low power and low noise immunity, which makes it suitable for low power and highly secured applications.

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