5962-9085501KXA

Overview

The Broadcom Limited 5962-9085501KXA is a high-speed logic output optoisolator featuring a single channel with Schottky-clamped open collector output. It supports data rates up to 10 MBd and provides 1500 VDC isolation voltage with 1 kV/µs common-mode transient immunity. The device is housed in an 8-DIP gull-wing package, designed for robust signal transmission across isolated circuits while maintaining fast switching characteristics.

Feature Summary

• Schottky-clamped open collector output structure for enhanced speed
• High common-mode transient immunity of 1 kV/µs
• Hermetically sealed construction for reliability

Applications

• Industrial networking systems
• Logic interface circuits requiring high-speed isolation
• Data communication links with strict timing requirements

Procurement Notes

Verify the specific suffix KXA against official datasheets to confirm package type and material compliance. Ensure compatibility with existing DIP footprint designs. Cross-reference manufacturer documentation for any recent revisions that may affect pinout or electrical specifications before finalizing procurement orders.

Selection Notes

Select this component when high-speed digital isolation is required alongside robust transient immunity. The Schottky clamp reduces storage time, making it suitable for applications demanding rapid switching. Verify input current requirements match the driving circuit capabilities to ensure optimal performance within the specified operating temperature range.

Part Context

This part belongs to the Broadcom 5962-9085 series of high-speed optocouplers. These devices are engineered for military and aerospace standards, offering hermetic sealing and extended temperature ranges. The series focuses on providing reliable signal transfer between disparate voltage domains in harsh environments.

Replacement Considerations

Check for direct cross-references from Avago/Broadcom such as HCPL-576x series variants if similar threshold detection is needed. Verify pin compatibility and electrical parameters against alternative hermetic DIP optocouplers before substitution.