SN74LS612N-DIP Memory Mapping Chip, 4MB Addressable, High-Precision Integrated Circuit for Efficient Computing

The SN74LS612N-DIP is a high-precision memory mapping chip designed to expand the addressable memory space for microprocessor-based systems. It enables an increase in the address lines from 4 to 12, allowing up to 4MB of memory to be addressed efficiently. This integrated circuit is ideal for paged memory mapping applications, providing a flexible and robust solution for managing larger memory spaces. It features output latches for stable memory addressing, 3-state or open-collector map outputs for versatile output configurations, and compatibility with various microprocessors, including the TMS9900.

The SN74LS612N offers efficient address decoding and memory management, enhancing computing performance by streamlining memory access and organization. Encapsulated in a Dual In-line Package (DIP) for easy through-hole mounting, this memory mapping chip is well-suited for use in complex computing systems, industrial applications, and embedded control systems where optimized memory utilization is crucial.

• Expands Address Lines: Increases the address lines from 4 to 12, enabling up to 4MB of addressable memory space, which enhances the memory capacity and versatility of microprocessor-based systems.
• Paged Memory Mapping: Designed specifically for paged memory mapping applications, allowing efficient segmentation and management of large memory spaces.
• Output Latches for Stable Addressing: Features output latches that provide stable and reliable memory address outputs, ensuring consistent performance during operations.
• Flexible Output Configurations: Offers a choice between 3-state or open-collector map outputs, allowing compatibility with various system architectures and configurations.
• Through-Hole DIP Package: Comes in a Dual In-line Package (DIP) for through-hole mounting, simplifying PCB design and providing durability for industrial and commercial applications.
• Microprocessor Compatibility: Compatible with a range of microprocessors, including the TMS9900, enabling easy integration into diverse computing environments.