DRV8813PWP-P

Overview

The DRV8813PWP-P is a prototype variant of the Texas Instruments DRV8813 dual-bridge motor controller IC, housed in a 28-pin HTSSOP package. It functions as a bipolar stepper motor driver designed for printers, scanners, and automated equipment. The device integrates two H-bridge drivers with a maximum drive current capability of 2.5 A at 24 V. It operates within a supply voltage range of 8.2 V to 45 V and supports an operating temperature range from -40°C to +85°C.

Feature Summary

• Integrates two H-bridge drivers for bipolar stepper motor control
• Supports high peak output current for demanding applications
• Designed for compact automated equipment such as printers and scanners

Applications

• Printer mechanisms
• Scanner drives
• Automated equipment motion control

Procurement Notes

Verify that the 'P' suffix indicates a prototype or engineering sample status rather than a production-grade component. Confirm availability through authorized distributors or direct manufacturer channels, as prototype parts may have limited stock or specific ordering constraints compared to standard commercial inventory.

Selection Notes

Select this part when evaluating pre-production designs requiring the DRV8813 architecture. Ensure the application can accommodate prototype components if mass production stability is required later. Verify that the 28-HTSSOP footprint matches the PCB layout and that thermal management meets the 2.5 A current requirements under expected load conditions.

Part Context

This component belongs to the DRV8813 family of dual-bridge motor controllers from Texas Instruments. While the standard DRV8813PWP is a commercial product, the DRV8813PWP-P designation specifically identifies a prototype version. It shares the core functional specifications of the series but serves distinct development phases.

Replacement Considerations

For production needs, consider the standard DRV8813PWP or the tape-and-reel variant DRV8813PWPR. These are confirmed commercial equivalents with established supply chains, unlike the prototype PWP-P which lacks broad distribution data.