PT86C378-FA5HA

Overview

The PT86C378-FA5HA is a specialized integrated circuit manufactured by National Semiconductor, categorized under former Pico Power products. It functions as a dedicated component for power management and control applications within electronic systems. The device is designed to address specific operational requirements in high-power environments, offering stable switching characteristics and thermal performance suitable for integration into motor control cabinets and similar industrial setups.

Feature Summary

• Designed for demanding power management and control applications
• Provides stable switching characteristics for reliable operation
• Exhibits good thermal behavior in high-power environments

Applications

• High-power motor control cabinet installations
• Industrial power management systems
• Specialized electronic control units requiring stable switching

Procurement Notes

Verify authenticity through official National Semiconductor or authorized distributor channels due to the component's status as a former product line. Confirm package details and datasheet alignment with system requirements before procurement, as legacy parts may have limited supply chain visibility.

Selection Notes

Select this component for applications requiring robust power control with proven thermal stability. Ensure compatibility with existing high-power motor control architectures. Evaluate integration complexity against available configuration support, as user feedback indicates a learning curve during initial setup phases.

Part Context

This part belongs to National Semiconductor’s former Pico Power product family, indicating it is a legacy specialized IC. It is classified under Specialized Integrated Circuits (ICs) rather than standard discrete components. The designation reflects its role in niche power management solutions previously offered by the manufacturer.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. As a former product, direct equivalents may require evaluation of functional compatibility with modern power management ICs from current manufacturers.