CD74ACT174EG4

The CD74ACT174EG4 is comprised of 74ACT logic components and features a space-saving 8-pin DIP package with standard operating voltage of 5V DC and very low current consumption of 2 to 4 mA. It includes two complementary outputs and active-low clear, set and enable inputs, making it idea for use in a variety of logic applications. The device also features a 8-bit wide data input and output bus and an asynchronous active-low clear and active-high enable input. The CD74ACT174EG4 also includes a built-in reset over-temperature shutdown circuit, under-voltage lockout (UVLO) circuit and protection against transient voltage.

The CD74ACT174EG4 is designed to be used in a variety of logic applications, such as: providing synchronized data retrieval; preserving a logic state; providing a reset signal; encoding binary data; latching data; controlling signals; providing different delays between clock and data signals; controlling multiple signals; and providing a master-slave set-up. It can also be used as a trigger flip-flop, a shift register, as a single-bit binary multiplier/divider, and as an arithmetic logic unit (ALU).

The way the CD74ACT174EG4 works is fairly straightforward. The device features an input data bus that accepts 8-bit wide information from an external source. This information is latched on both side of the device at the same time. When the enable input is active, the data is transferred from the data register to the output bus, and then the contents of the data register are updated with the new data that arrives on the input data bus. When the enable input is inactive, the contents of the data register remain the same and the outputs remain unchanged.

The CD74ACT174EG4 is a versatile, ultra-fast, and highly reliable logic device suited for a wide range of high-speed logic applications. With its high performance, low power consumption, and small package size, it is able to provide an optimized solution for a variety of logic applications. This device can be used in a wide range of applications and is ideal for complex logic designs.