MM74HC241N

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The MM74HC241N is an 8-channel buffer with 3-state outputs that is a part of the 74HC logic family. It is commonly used for buffering, bus driving, or line driving signals. As a buffer, its primary function is to take an input signal from one register and transfer it to an output register without changing its levels or pulses. As a bus driver, it can provide the necessary current to drive a bus line with multiple nodes. It can also be used as a line driver, increasing the drive currents to longer runs of lines by incorporating line terminators.

The MM74HC241N is based on TTL logic family and has low power consumption. It has an operating voltage range between 2 and 6V and a typical power dissipation of about 0.4W. It can handle data speeds up to 20 Mhz. The device also features low propagation delays and a propagation delay from input to output of 45ns max. It also has low input and output capacitance of approximately 2pF.

The MM74HC241N has an open-collector 3-state output configuration. It uses two active-low enable lines, such as G1 for output 1 with active LOW or G2 for output 2 with active LOW, to enable or disable the outputs. When both enables are low, the outputs become high impedance (high-Z) and the data at the inputs is disregarded. Each input-output pair requires two logic states to control data flow, i.e., an active low output enable (1) and a data input (0/1). When an active low output enable is low and the data input is high, data will be sent to the output.

The MM74HC241N is widely used in many applications such as USB 2.0 high speed communication and displays, communication interface, timing circuits, clock synthesisers and local are networks (LAN) and digital audio applications. The advantages of using this buffer are that it is cost-effective, has low power consumption, high speed and relatively low power dissipation. This makes it ideal for use in devices where power consumption and heat dissipation are factors.

The MM54HC241N is a great choice for any digital logic application that requires a low-cost, low-power buffer with outputs that provide a three-state logic level. It is easy to incorporate the device into a design and the fast propagation speeds make it an ideal choice for applications where speed is of the essence. It is a popular choice for a wide variety of applications across a broad range of industries.

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