0ZTJ0035FF2E

Ptc Resettable Fuses Overview

The Bel Fuse 0ZTJ0035FF2E is a surface-mount polymer positive temperature coefficient (PPTC) resettable fuse designed for high-temperature applications. It belongs to the 0ZTJ series and features a 1206 package size. The device has a hold current of 0.35 A and a trip current of 750 mA. It supports a maximum voltage of 12 VDC and offers a maximum fault current rating of 100 A. The component operates within a temperature range of -40°C to +85°C and is AEC-Q200 qualified for automotive reliability.

Ptc Resettable Fuses Feature Summary

• AEC-Q200 qualified for automotive electronic circuit protection
• High-temperature design suitable for demanding environments
• Surface-mount construction in a compact 1206 footprint

Ptc Resettable Fuses Applications

• Automotive electronics circuits
• High-temperature consumer devices
• Portable equipment power lines

Ptc Resettable Fuses Procurement Notes

Verify the specific suffix FF2E against official Bel Fuse documentation to confirm packaging and tape specifications. Ensure the procurement channel provides valid UL certification records. Confirm moisture sensitivity level handling requirements during storage and assembly processes.

Ptc Resettable Fuses Selection Notes

Select this component when automotive qualification and high-temperature stability are required. The 1206 form factor suits space-constrained designs. Verify that the 12 VDC voltage rating aligns with the target circuit's operating parameters before integration.

Ptc Resettable Fuses Part Context

This part is part of the Bel Fuse 0ZTJ series, which focuses on high-temperature PPTC solutions. Unlike standard series, it emphasizes durability in elevated thermal conditions while maintaining automotive industry standards through AEC-Q200 certification.

Ptc Resettable Fuses Replacement Considerations

Direct substitutes require matching the 1206 package, 0.35 A hold current, and AEC-Q200 qualification. Verify thermal resistance and voltage ratings closely to ensure equivalent performance in high-temperature scenarios.