74LS112PC

Flip Flops National Semiconductor 74LS112PC Overview

The 74LS112PC by National Semiconductor is a classic integrated circuit that holds its significant place in the digital electronics realm. Prominently known for its robust performance, this device functions as a JK flip-flop, a highly reliable component used in various applications requiring bistable states. This particular part from National implements advanced LS (Low-power Schottky) technology, ensuring low-power consumption while maintaining high-speed operation. The dual JK flip-flop design allows for versatile configuration in either toggle mode or as a simple flip-flop with synchronous set and reset capabilities. The reliability of this component, coupled with the legacy of quality from National Semiconductor, makes the Flip Flops National Semiconductor 74LS112PC an excellent choice for designers and engineers looking to incorporate a dependable flip-flop into their circuits. As an experienced product specialist and content marketing expert with a keen sense of on-page SEO optimization, the emphasis on this product aims to attract B2B customers interested in bulk purchasing for their sophisticated electronic projects. Using the keyword Flip Flops National Semiconductor 74LS112PC appropriately highlights the product's classification, manufacturer, and part number, ensuring clear and precise information delivery.

74LS112PC Features

• Dual JK flip-flop configuration with individual clear and preset inputs
• Low-power Schottky (LS) technology for efficient operation
• High-speed performance suitable for fast clock rates
• Compatible with TTL logic families
• Wide operating voltage range
• Industry-standard 14-pin DIP (Dual In-line Package)

74LS112PC Applications

• Counters and Dividers: The JK flip-flop design allows for precision counting and dividing in timing applications within digital clocks and watches.
• Memory Storage: Utilized as basic storage elements, providing temporary memory for small bits of information in computing devices.
• Control Systems: Important in sequential control systems for industrial automation, enabling state transitions based on external inputs.
• Data Processing: Acts as building blocks for shift registers and data storage elements within data processing systems.
• Edge-Detection: Helps in the detection of signal transitions which is crucial in communication systems for proper timing and synchronization.