MC10H162MG

Overview

The MC10H162MG is a binary to 1-8 decoder manufactured by onsemi, utilizing MECL 10H technology. It provides parallel decoding of a three-bit binary word to one of eight output lines. The device operates with a typical propagation delay of 1.0 ns and power dissipation of 315 mW. It features voltage compensation and improved noise margins of 150 mV over the operating voltage and temperature range. The component is housed in a SOEIAJ-16 package.

Feature Summary

• Provides true parallel decoding of a three-bit input word to one of eight output lines.
• Designed for high-speed multiplexer and demultiplexer applications.
• Features voltage compensated logic for stable operation across varying conditions.

Applications

• High-speed multiplexer/demultiplexer systems
• Parallel decoding circuits
• MECL 10K compatible logic designs

Procurement Notes

Verify the specific suffix 'MG' indicates a lead-free package variant within the SOEIAJ-16 form factor. Confirm current availability status as ordering information lists multiple packaging options including tape and reel or tube configurations. Ensure compatibility with existing MECL 10H design rules regarding power supply termination and thermal management.

Selection Notes

Select this component when a fast, parallel binary-to-decimal conversion is required within a MECL 10H system. The device offers superior noise margin compared to standard designs. Consider the SOEIAJ-16 package constraints for surface mount assembly. Verify that the 315 mW typical power dissipation aligns with the thermal budget of the target application environment.

Part Context

This part belongs to the MC10H162 series of binary decoders from onsemi's MECL 10H product line. It serves as a direct functional replacement for legacy Motorola MECL components. The 'MG' suffix specifically denotes the lead-free version of the SOEIAJ-16 package, adhering to environmental compliance standards while maintaining electrical performance identical to the standard MG variant.

Replacement Considerations

Direct substitutes include other MC10H162 variants such as MC10H162M (standard) or MC10H162FN (PLCC). Cross-family replacements require careful evaluation of pinout compatibility and voltage levels between MECL 10H and other logic families.