MC74F112D

Flip Flops onsemi MC74F112D Overview

The onsemi MC74F112D is a high-performance JK-type flip flop designed for applications requiring precise edge-triggered data storage and retrieval. This component features a dual element configuration, capable of handling negative-edge triggering, which makes it exceptionally suitable for high-speed, reliable digital circuits. Each flip flop in the MC74F112D contains independent J, K, set, and reset inputs, along with outputs Q and Q-bar. This integration enables the flip flop to perform critical toggling and switching actions with high accuracy and minimal power loss, making it a prime choice for advanced electronic systems. The implementation of onsemi's robust technology ensures that the MC74F112D excels in performance, offering reliability and efficiency critical for modern digital applications.

MC74F112D Features

The MC74F112D flip flop by onsemi includes several key features that make it essential for complex electronic systems:

• Negative-edge triggering for precise control and operation.
• Dual JK flip flop configuration allows for versatile implementation in various logic circuits.
• Independent input and output lines to prevent interference and increase reliability.
• High noise immunity and low power consumption.
• Compact SOIC package suitable for densely packed PCBs.

MC74F112D Applications

• Digital Counters: Utilized in applications requiring accurate counting mechanisms where the MC74F112D’s negative edge triggering ensures precise pulse counting.
• Data Storage Systems: Employed in systems needing stable data latch-up, providing reliability through its secure set and reset capabilities.
• Pulse Shaping Circuits: Ideal for transforming input pulses into desired shapes, using the JK setup to manipulate timing and output characteristics effectively.
• Synchronous State Machines: Acts as a fundamental building block in designing complex state machines that require dependable flip-flop functionality.
• Communication Equipment: Used in various communication interfaces and devices to manage signal integrity and flow control accurately.