CD74ACT373M96

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The CD74ACT373M96 is a very versatile and popular integrated circuit (IC) used for a variety of logic and latch applications. The CD74ACT373M96 is a dual-latch latch IC that is part of the 74AC logic family. This IC is designed to be used in very high-speed logic switching applications. It is a non-inverting dual latch as it can latch both logic high and logic low signals and is capable of handling clock signals of up to 25MHz. This makes the CD74ACT373M96 ideal for use in a wide range of applications.

The CD74ACT373M96 consists of two separate latches, each consisting of three input pins and one output pin. The first latch has the inputs called data (Dn), clock (Clk) and enable (EN). The logic level at the data input is captured and transferred to the output pin (Qn) when the clock is high or rising, and the enable input is low. The second latch has the inputs called Q-bar (Qn-bar), clock (ClK) and enable (EN). The logic at the Q-bar input is transferred to the output pin (Qn) when the clock is high or rising, and the enable input is low.

The versatility of the CD74ACT373M96 is what makes it so useful for numerous types of applications. The latch can be used to store and transfer data between two points, it can be used as a combinational logic block, and it can also be used for switching functions such as flip-flops. In some cases, the dual-latch can be used as an asynchronous data transfer device, which is useful for low-speed logic signals.

The main application areas of the CD74ACT373M96 are digital logic applications, where the dual-latch can be used to store and transfer data and perform various other logic operations. The CD74ACT373M96 can also be used in control and data processing applications, such as memory access. It is also used in telecommunications and automotive applications. The CD74ACT373M96 also finds its use in logic synthesis, where its dual-latch functions can be combined with other devices to form larger digital logic circuitry.

The working principle of the CD74ACT373M96 is quite simple. When the data, clock, and enable inputs are all low, the output is held at the previous state. When the clock is high and the enable is low, the data input is latched onto the output. The output can switch from high to low or from low to high depending on the level of the data input. This is the basic working principle of the CD74ACT373M96, but it can be combined with other logic circuits to form more complex digital circuits.

In summary, the CD74ACT373M 96 IC is a dual-latch latch IC that is part of the 74AC logic family. It is designed for very high-speed logic switching applications and is capable of handling clock signals of up to 25MHz. The versatility of the CD74ACT373M96 provides it with a wide range of applications, such as data storage, logic synthesis, control and data processing applications, and telecommunications. The working principle of the CD74ACT373M96 is very simple, with the inputs of data, clock, and enable determining the latched value of the output. This makes the CD74ACT373M96 achievable for a variety of logic and latch applications.

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