MC10H130FNR2G

Latches Overview

The MC10H130FNR2G is a dual D-type latch from the MECL 10H family, housed in a 20-lead PLCC package. It operates on a -5.2 V supply with a typical propagation delay of 1.0 ns and power dissipation of 155 mW. The device features voltage compensation, improved noise margins, and compatibility with MECL 10K standards.

Latches Feature Summary

• Dual D-type latch architecture with independent clocking capabilities
• Voltage compensated design for stable operation across temperature ranges
• Compatible with standard MECL 10K pinouts and logic levels

Latches Applications

• High-speed data latching applications
• MECL 10K system upgrades requiring faster clock speeds
• Digital signal processing circuits

Latches Procurement Notes

Verify component authenticity through authorized channels. Confirm RoHS compliance status as indicated by the 'G' suffix. Check datasheet for specific handling requirements regarding moisture sensitivity and soldering techniques to ensure reliability during assembly.

Latches Selection Notes

Select this component when upgrading from MECL 10K families without increasing power consumption. Ensure the application supports differential outputs and requires precise timing control via separate clock enable inputs for each latch element.

Latches Part Context

Part of the MECL 10H series designed for high-speed digital systems. Offers functional duplication of MECL 10K parts with enhanced performance metrics while maintaining identical pin assignments for easy integration into existing designs.

Latches Replacement Considerations

MC10H130FN (standard leaded version)

Latches FAQ

How does the MC10H130 handle clocking?

Each latch can be clocked separately by holding the common clock low and using individual clock enable inputs, or both can share a common clock if enables are held low.

What is the relationship between Set/Reset inputs and the clock?

Set and reset inputs do not override the clock and data inputs; they are effective only when either the common clock or clock enable inputs are high.