SN74ACT373DWE4

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Logic-Latches are circuits that are designed to store information and can quickly change between two binary logic states. The SN74ACT373DWE4 is a low power CMOS high-speed logic latch that provides high levels of logic performance. This device is ideal for applications where fast logic transitions are required, such as in computer circuit dynamic random access memory (DRAM) devices.

Features of SN74ACT373DWE4

The SN74ACT373DWE4 has a number of features which make it an ideal device for logic-latches. These features include:

• High-speed logic performance with propagation delay times of 8 ns.
• Low power CMOS design which operates on as little as 5 mW (typical).
• Established 5 V CMOS logic-level compatibility.
• Inputs are latched on rising input edges.
• TTL-compatible input levels.
• Support for low-voltage/low-power applications.
• Packaged in an SOIC-14 package.

Applications of SN74ACT373DWE4

The SN74ACT373DWE4 is designed for high-speed logic applications where fast logic transitions are needed. It is suitable for many applications where 5 V CMOS logic-level compatibility is a requirement. Some of the more common applications of the SN74ACT373DWE4 include:

• Computer circuit DRAM (Dynamic Random Access Memory) devices.
• High-speed logic gates.
• High-speed combinatorial logic.
• High-speed sequencers.
• High-speed logic comparators.
• Digital signal processing systems.
• High-speed counters and registers.
• High-speed memory address decoders.
• High-speed logic buses.

Working Principle of SN74ACT373DWE4

The SN74ACT373DWE4 is a low power CMOS high-speed logic latch. The device consists of two separate logical circuits, which are controlled by a single clock signal. The device is designed to be triggered on the rising edge of the clock signal. When the device is triggered, the inputs are latched on the rising edge, and the device will remain in the latched state until the next rising edge of the clock signal.

The device is designed to be logic-level compatible with standard 5 V CMOS logic. The device has TTL input levels, and it can be used in many applications where low-voltage/low-power operation is necessary. The device is packaged in an SOIC-14 package, which provides a compact solution for applications in confined space environments.

Conclusion

The SN74ACT373DWE4 is a low power CMOS high-speed logic latch that provides very high levels of logic performance. The device is ideal for applications where fast logic transitions are required, such as in computer circuit dynamic random access memory (DRAM) devices. It is also suitable for many other applications where 5 V CMOS logic-level compatibility is a requirement. The device is fully compatible with TTL-level inputs, and can be used in low-voltage/low-power applications. The SN74ACT373DWE4 is packaged in an SOIC-14 package, providing a compact solution in confined space environments.

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