MD82C288-8/B

Controllers Overview

The MD82C288-8/B is a Control/Command Signal Generator manufactured by Rochester Electronics, LLC. It utilizes CMOS technology and functions as a System Interface Logic component for generating control and command signals. The device is designed to interface with microprocessor systems, providing necessary timing and control logic for system operations. As a product from Rochester Electronics, it represents a sustainment solution for legacy components, ensuring continued availability for existing designs requiring this specific signal generation capability.

Controllers Feature Summary

• Generates control and command signals for system interface logic applications
• Utilizes CMOS technology for low power consumption and high noise immunity
• Designed for compatibility with standard microprocessor system architectures

Controllers Applications

• Microprocessor system control logic
• Legacy computer system maintenance
• Industrial control interfaces requiring command signal generation

Controllers Procurement Notes

Verify the exact suffix and temperature grade against your design requirements. Rochester Electronics sources these components through authorized channels, but lot dates and specific manufacturing origins may vary. Confirm package integrity and pinout compatibility before integration into new or refurbished hardware assemblies.

Controllers Selection Notes

Select this component when a dedicated CMOS command signal generator is required for legacy 8086/8088 class systems. Ensure the system voltage levels match the CMOS output specifications. Consider the physical package constraints and thermal environment during PCB layout to maintain signal integrity in critical control paths.

Controllers Part Context

Rochester Electronics specializes in sustaining end-of-life semiconductor products. This part is likely a re-manufactured or sourced version of an original Intel or National Semiconductor design, maintained to support long-term industrial and military applications where newer replacements are not viable due to form-factor or functional compatibility constraints.