PE-63385

Pulse Transformers Overview

The PE-63385 is a gate drive transformer manufactured by Pulse Electronics, designed for high-frequency isolation applications. It features a 1:1 turns ratio and an inductance of 1.5 mH. The component supports an operating frequency range from 20 kHz to 100 kHz and operates within a temperature range of -40°C to +125°C. It utilizes through-hole mounting and provides electrical isolation capabilities suitable for MOSFET gate drive circuits.

Pulse Transformers Feature Summary

• Provides galvanic isolation for gate drive signals
• Supports high-frequency operation up to 100 kHz
• Features robust insulation systems for safety compliance

Pulse Transformers Applications

• MOSFET gate drive isolation
• High-frequency power supply control circuits
• Industrial motor drive interfaces

Pulse Transformers Procurement Notes

Verify the specific suffix (e.g., NL) to confirm RoHS compliance and insulation rating variations. Confirm package dimensions and pinout compatibility with your PCB layout before ordering. Ensure the selected variant meets the required isolation voltage standards for your specific application safety regulations.

Pulse Transformers Selection Notes

Select this component when a 1:1 isolation ratio and 1.5 mH inductance are required for gate drive applications. Consider the through-hole form factor if surface mount options are unsuitable. Verify that the 100 kHz maximum frequency aligns with your switching converter design requirements.

Pulse Transformers Part Context

This part belongs to the PE-6338X series of gate drive transformers from Pulse Electronics. These components are engineered for reliable signal transmission across isolation barriers in power electronics. The series typically includes variants with different insulation ratings and packaging options to suit diverse industrial and commercial power conversion needs.

Pulse Transformers Replacement Considerations

Check datasheets for equivalent parts offering similar 1:1 ratios and 1.5 mH inductance. Verify that replacement components match the physical footprint and pin configuration. Ensure alternative parts support the same operating temperature range and frequency specifications.