MC74HCT241ADWG

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The MC74HCT241ADWG is a part of the HCT family of ICs from Motorola Semiconductor. It is an octal buffer and line driver with 3-state outputs and is designed for devices that have 24 V and greater power supplies operating at 5 V. This device is suitable for use in applications that require high speed and very low power consumption.

The MC74HCT241ADWG is part of the Logic - Buffers, Drivers, Receivers, Transceivers family. It is designed to convert TTL (Transistor-Transistor Logic) signals to higher voltage CMOS signals. It has eight independent inverting buffers and line drivers combined on one package. Each buffer has an independent active-low enable input that controls the output stage. Outputs can be enabled to assume a tri-state condition for their respective logic levels when their respective enable inputs are high.

The MC74HCT241ADWG has two output stages. The three-state output is non-inverting and has Schmitt-trigger action at the input, allowing grater noise immunity. The two output stages were designed to drive to 64 TTL loads or to 32 LS (Low-power Schottky) TTL loads. The outputs can be terminated directly to a suitable transmission line.

In general, logic devices can be used to perform a variety of functions such as level shifting between digital logic levels, translating between logic families, isolating logic families, and line buffering. The MC74HCT241ADWG provides level translation between 5 V TTL family logic levels and 24 V CMOS family logic levels up to 5 V, as well as provides line buffering and line driving of the 24 V CMOS family logic levels.

The MC74HCT241ADWG can also be used in applications such as memory and system address multiplexers, latch enable logic, bus driving, bus encountering, switching arrays, and digital logic interface functions. It can also be used for interfacing microprocessors to digital logic systems.

The working principle of the MC74HCT241ADWG is relatively straightforward. It is designed to provide logic level translation and isolation between 5 V TTL and 24 V CMOS coupling. TTL signals are converted to the appropriate CMOS level, while CMOS level signals are converted to the appropriate TTL level. The base current of each buffer device is designed to be low, so as not to disrupt low level signals.

The MC74HCT241ADWG is an ideal device for applications that require fast-switching and low power logic, such as memory and system address multiplexers, latch enable logic, bus driving, bus encountering, switching arrays, and digital logic interface functions. It is an ideal device for interfacing microprocessors to digital logic systems.

The MC74HCT241ADWG is a versatile device and is capable of providing a wide variety of logic functions in a variety of applications. Its high speed, low power performance, and versatile logic functions make it an ideal choice for many digital logic applications.

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