TB6596FLG,EL

Overview

The TB6596FLG,EL is a Toshiba motor driver IC designed for controlling DC motors. It features an integrated H-bridge configuration capable of handling continuous currents up to 1.5A per channel with peak capabilities higher than the continuous rating. The device operates within a supply voltage range typically spanning from 4.5V to 30V, allowing compatibility with various logic levels including 3.3V and 5V systems. Packaged in a compact QFN format, it includes built-in protection mechanisms such as overcurrent shutdown and thermal shutdown to ensure reliable operation under varying load conditions.

Feature Summary

• Integrated H-bridge architecture for bidirectional DC motor control
• Built-in overcurrent and thermal protection circuits
• Compatible with standard digital logic input signals
• Compact surface-mount package design

Applications

• Home appliance motor control
• Industrial automation actuators
• Office equipment drive systems

Procurement Notes

Verify the specific suffix EL against the official Toshiba datasheet to confirm pinout and electrical characteristics match your design requirements. Ensure that the operating environment stays within the specified temperature and voltage limits to maintain component reliability and performance standards.

Selection Notes

Select this component when a single-chip solution for low-to-medium power DC motor control is required. Consider its current rating and thermal dissipation capabilities relative to your motor's load profile. Verify logic level compatibility with your microcontroller outputs before finalizing the design integration.

Part Context

This part belongs to Toshiba's series of bipolar motor driver ICs. These components are engineered to provide robust motor control functionality in a small footprint. The family generally targets applications requiring efficient switching and protection features without external discrete components.

Replacement Considerations

Check Toshiba's official cross-reference documents for direct substitutes. Ensure any replacement matches the pin configuration and electrical ratings exactly to avoid redesigning the PCB layout or control circuitry.