LV8411GR-E

Overview

The LV8411GR-E is a 4-channel single-chip motor driver IC manufactured by Sanyo Semicon Device. It utilizes Bi-CMOS LSI technology designed for digital still cameras (DSC) and cell phone camera modules. The device integrates four independent drive channels within a compact 24-VCT (3x3) package, enabling efficient control of multiple motors in portable electronic devices.

Feature Summary

• Integrates four independent motor drive channels on a single chip
• Utilizes Bi-CMOS LSI technology for optimized performance
• Designed specifically for compact portable electronics applications

Applications

• Digital Still Camera (DSC) autofocus mechanisms
• Cell phone camera module lens actuation
• Portable optical image stabilization systems

Procurement Notes

Verify the specific manufacturer source, as production rights may have transferred to Fairchild or onsemi. Confirm the package type remains 24-VCT (3x3) and ensure the datasheet corresponds to the exact LV8411GR-E suffix. Cross-reference technical specifications with current official documentation from the active manufacturer to guarantee compatibility.

Selection Notes

Select this component when designing circuits requiring four-channel motor control in space-constrained mobile devices. Ensure the application voltage and current requirements align with the Bi-CMOS capabilities documented in the official datasheet. Verify thermal management needs given the dense 3x3 mm package footprint.

Part Context

This part belongs to the LV8411 series of motor drivers developed for consumer electronics. It serves as a specialized solution for camera module actuation, distinguishing itself through high integration density and low power consumption suitable for battery-operated handheld devices.

Replacement Considerations

Check for equivalents such as the LV8412GR if additional channel capacity is required. Verify pin-to-pin compatibility before substituting with parts from Fairchild or onsemi, as manufacturing transitions may affect minor electrical characteristics.