StarPower Semiconductor AN8005 Power Module Installation Guide

Installation guide for the AN8005 power semiconductor module, covering surface preparation, thermal paste application, bolt torque, and safety precautions.


StarPower Semiconductor AN8005 Power Module Installation Guide - cover page
Brand
StarPower Semiconductor
Category
Power Management
Document type
Installation Guide
Language
Chinese
Pages
8
File format
PDF
File size
276 KB
Published
30 September, 2026
Updated
30 September, 2026
MD5 checksum
3F05C00600FBB6CA3AE1CF584110C7EB

About this manual

This guide explains the proper installation steps for the AN8005 power semiconductor module to ensure reliable operation and long life. It covers cleaning the mounting surface, selecting the correct position, applying thermal paste, and securing the module with bolts.

Additional sections detail the installation of PCB self‑tapping screws, busbar mounting, force limits for power and control terminals, and other important precautions such as avoiding excessive torque, moisture, and corrosive environments. This manual is written in Chinese.

What's inside

  • Installation Surface Cleaning
  • Thermal Paste Application
  • Bolt Installation and Torque
  • Busbar Installation
  • Power Terminal Force Limits
  • Other Precautions

Specifications

Maximum surface roughness10 µm
Maximum flatness deviation20 µm over 10 cm
Thermal paste thermal resistance≈60 °C/W/in
Thermal paste thickness50‑100 µm
Initial hand‑tightening torque≈0.5 N·m
Final bolt torque3‑6 N·m
Bolt effective length6.5‑10 mm
Maximum pull force (half‑bridge power terminal)200 N
Maximum pull force (control terminal)50 N
Maximum pressure (half‑bridge power terminal)100 N

Frequently asked questions

What is the recommended thickness of the thermal paste layer?

The thermal paste should be applied as a thin, uniform layer with a thickness between 50 µm and 100 µm.

What are the maximum pull forces allowed on the power and control terminals?

Power terminals may not experience a pull force greater than 200 N (half‑bridge) or 100 N (single switch), and control terminals are limited to 50 N.

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