AC10272001R0101/5SHE10-0181/5SHY35L4520

Description

Product Analysis of ABB Asymmetric Thyristor IGCT Module AC10272001R0101/5SHE10-0181/5SHY35L4520

Product Overview

ABB’s AC10272001R0101/5SHE10-0181/5SHY35L4520 is an asymmetric thyristor(IGCT)module.IGCT is a high-power semiconductor device with characteristics such as fast switching speed,high current capacity,and low conduction voltage drop.It is widely used in power electronic frequency converters,DC transmission,motor drives,and other fields.

Product Model Analysis

AC10272001R0101:It may be a product number or batch number within ABB,used for internal management and tracking.

5SXE10-0181:It may represent the specific model of IGCT module,including information about the rated current,voltage,packaging,etc.of the module.

5SHY35L4520:This may be the model of the IGCT chip itself,representing the specific specifications of the chip.

Product features and functions

High power,high current:IGCT modules are capable of carrying high currents and are suitable for high-power applications.

Fast switching:Compared with traditional thyristors,IGCT has a faster switching speed and can achieve more precise control.

Low conduction voltage drop:reduces power loss and improves system efficiency.

High reliability:After rigorous testing and certification,it has a high level of reliability.

Modular design:easy to install and maintain.

Product parameters and specifications

Rated current:The maximum current that a module can continuously withstand.

Rated voltage:The maximum voltage that a module can withstand.

Switching speed:the time for the switch to turn on and off.

Voltage drop during conduction:The voltage drop when a module is conducting.

Packaging form:The physical size and packaging method of the module.

Working temperature range:The temperature range within which the module can operate normally.

application area

ABB’s IGCT modules are widely used in the following fields:

Power electronic frequency converter:used for motor drive,variable frequency speed regulation,etc.

DC transmission:used for commutation in high-power DC transmission systems.

Static reactive power compensation:used to improve the power factor of the power grid.

Metallurgical industry:used for equipment such as electric arc furnaces and steel rolling mills.

Rail transit:used for traction inverters.