74ABT2244CMTC

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The 74ABT2244CMTC is a high-performance, low-power, CMOS logic multiplexer/demultiplexer that is capable of connecting or dis-connecting two busses of four bit wide. It is capable of switching any two four-bit busses or two eight-bit busses, which makes it a useful device in the application of addressing systems. The 74ABT2244CMTC comes in multiple packages and has various features that make it ideal for use in a wide range of fields.

The application field of 74ABT2244CMTC can be quite diverse as it can be used in multiplexed address systems, multiplexed data path and clock systems, data exchange systems, address translation systems, logic gate networks and comparison logic. In all these fields, the device is used to switch or multiplex two busses, depending on the mode or state of the multiplexer. Since it supports two four bit wide busses, it can be used for a variety of applications that require efficient connection or disconnection of pulses or signals.

In terms of its working principle, the 74ABT2244CMTC is an active low device, which means that all its control signals must be logic low in order for the device to be enabled. Once this is the case, the multiplexer will switch between upper and lower busses. This is accomplished by a unique circuitry that ensures high switching speed and low power consumption. The circuit consists of a tri-state buffer on each of the four output pins that can be either enabled or disabled individually. All these pins also have their own pull up resistors to ensure proper active low operation.

The 74ABT2244CMTC is designed using CMOS technology, which gives it high speed and low power consumption. Its wide range of features, such as fast switching speed, low power consumption and the ability to switch two four bit busses makes it a versatile device for use in numerous applications. As a result, the 74ABT2244CMTC is suitable for use in a range of fields such as multiplexed address systems, multiplexed data paths, clock systems, data exchange systems, address translation systems, logic gate networks and comparison logic.

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