CD74ACT153M96

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The CD74ACT153M96 is a powerful logic signal switch, multiplexer, and decoder. It is typically used as a signal multiplexer, as a switch to connect two or more sections of signal path together, or as a decoder, to decode a signal or binary code into its component logic outputs.

The CD74ACT153M96 is a high-speed dual 4-to-1 multiplexer in which one section of the device select one of four data sources, while the second section selects another one of four data source to appear on the outputs. Each multiplexer section contains two data inputs (A0, A1), a select input (S), and an output (Y).

The truth table of the device indicates the logic levels of its inputs and outputs. The devices have been designed to meet the requirements of level sensitive latches and edge triggered flip-flops. The timing performance of the devices is well suited for control signals and address selection in computers and microprocessors, data transmission applications and general digital switching applications.

The CD74ACT153M96 is a complementary MOS (CMOS) device with totem pole outputs that continuously sink and source up to 10mA each. The device features a typical propagation delay of 15ns, a typical power dissipation of 0.17 watts, and a power-on reset that ensures that the device is initialized to its quiescent state at power-on. The high speed of the device makes it suitable for low-speed and high-speed applications, while its power dissipation makes it suitable for applications that require low power.

The CD74ACT153M96 features an active-low enable input that, when low, will force all outputs to their low state. This feature allows for easy system expansion when additional multiplexers are required. The device has been designed to have a logic threshold voltage of 3V, making it suitable for many logic families.

The CD74ACT153M96 is a versatile logic switch, multiplexer, and decoder. It is useful for applications such as computers and microprocessors, data transmission, and general digital switching applications. Its low power consumption, high speed, and active-low enable input make it a good choice for many types of applications.

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