ABB 5STP08G6500 Control Thyristor Datasheet

This datasheet provides the specifications of the ABB 5STP08G6500 Control Thyristor. The thyristor uses patented free-floating silicon technology, has low on-state and switching losses, is designed for traction, energy and industrial applications, and has optimum power handling capability and interdigitated amplifying gate.


ABB 5STP08G6500 Control Thyristor Datasheet - cover page
Brand
Category
Control Thyristor
Document type
Datasheet
Language
Chinese
Pages
8
File format
PDF
File size
689 KB
Published
26 June, 2014
Updated
30 September, 2023
MD5 checksum
DB87962EAFA07B34F53C53ACEA7AB432

About this manual

This document is a technical datasheet for the ABB 5STP08G6500 Control Thyristor. It highlights the device's use of patented free-floating silicon technology to achieve low on-state and switching losses, making it suitable for traction, energy, and industrial applications with optimum power handling capability.

The document provides comprehensive maximum rated values and characteristic parameters including blocking voltages (up to 6500 V), average on-state current (720 A), RMS on-state current (1140 A), and peak non-repetitive surge current. It also details mechanical data, thermal resistance specifications for various cooling configurations, and switching characteristics such as turn-off time and reverse recovery charge. This manual is written in Chinese.

What's inside

  • Blocking Maximum rated values
  • On-state Maximum rated values
  • Switching Maximum rated values
  • Triggering Maximum rated values
  • Thermal Maximum rated values
  • Transient thermal impedance
  • Turn-on and Turn-off losses

Specifications

Max surge peak forward and reverse blocking voltage6500 V
Max repetitive peak forward and reverse blocking voltage6500 V
Average on-state current720 A
RMS on-state current1140 A
Peak non-repetitive surge current15.1·103 A

Frequently asked questions

What is the maximum average on-state current for the thyristor?

The maximum average on-state current is 720 A when operating with a half sine wave at a case temperature of 70 °C.

What is the maximum operating junction temperature?

The maximum operating junction temperature is 125 °C.

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