ABB 3BHE039724R0C3D PPD513AOC-100440 ABB

核心结构与工艺

基于GTO技术:采用门极可关断晶闸管(GTO)结构,通过集成栅极硬驱动实现高效控制。

缓冲层与透明发射极:动态损耗降低约50%,提升能效。

内置续流二极管:在单个芯片上集成高性能续流二极管,优化开关特性。

电气性能

高电压与电流:支持高压(具体数值未明确,但适用于工业级应用)和大电流传输。

开关频率:高频开关能力,显著优于传统晶闸管。

低损耗:通态压降低,减少热损耗,延长设备寿命。

可靠性与设计

结构紧凑:模块化设计,体积小,适合空间受限场景。

抗干扰能力:工业级防护,适应恶劣环境(如高温、振动)。

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描述

产品概述

ABB 3BHE039724R0C3D PPD513AOC-100440是一款集成栅极换向晶体管(IGCT),属于电力半导体器件,专为巨型电力电子成套装置设计。其结合了晶闸管的低通态压降和高阻断电压特性,以及晶体管的快速开关能力,适用于高压、大电流、高频率的工业场景,如电力传输、变频器、电机驱动等。

技术参数与特性

核心结构与工艺

基于GTO技术:采用门极可关断晶闸管(GTO)结构,通过集成栅极硬驱动实现高效控制。

缓冲层与透明发射极:动态损耗降低约50%,提升能效。

内置续流二极管:在单个芯片上集成高性能续流二极管,优化开关特性。

电气性能

高电压与电流:支持高压(具体数值未明确,但适用于工业级应用)和大电流传输。

开关频率:高频开关能力,显著优于传统晶闸管。

低损耗:通态压降低,减少热损耗,延长设备寿命。

可靠性与设计

结构紧凑:模块化设计,体积小,适合空间受限场景。

抗干扰能力:工业级防护,适应恶劣环境(如高温、振动)。

核心功能特点

混合特性优势

导通阶段:表现类似晶闸管,提供低通态压降和高载流能力。

关断阶段:呈现晶体管特性,实现快速、稳定的关断控制。

应用优化

电力电子系统:用于变频器、逆变器、直流输电等高压大功率装置。

工业自动化:集成于PLC或DCS系统,支持复杂控制逻辑。

系统兼容性

可与AC800PEC等开放式系统控制器配合,提供标准接口扩展功能。

典型应用场景

电力传输与变频

高压直流输电(HVDC)、交流变频器(如风机、水泵驱动)。

工业设备控制

重型机械(如冶金设备、电梯)的电机调速与保护。

新能源系统

风电、光伏逆变器中的功率转换模块。

Product Overview

ABB 3BHE039724R0C3D PPD513AOC-100440 is an integrated gate commutation transistor(IGCT)that is a power semiconductor device designed for giant power electronics complete sets.It combines the low-on-state voltage drop and high-blocking voltage characteristics of the thyristor,as well as the fast switching capability of the transistor,and is suitable for high-voltage,high-current,and high-frequency industrial scenarios,such as power transmission,frequency converters,motor drives,etc.

Technical parameters and characteristics

Core structure and technology

Based on GTO technology:adopts a gate shutdown thyristor(GTO)structure,and efficient control is achieved through integrated gate hard drive.

Buffer layer and transparent emitter:dynamic loss is reduced by about 50%,improving energy efficiency.

Built-in freewheeling diode:Integrate high-performance freewheeling diodes on a single chip to optimize switching characteristics.

Electrical performance

High voltage and current:Supports high voltage(specific values​​are not specified,but are suitable for industrial-grade applications)and high current transmission.

Switching frequency:High-frequency switching capability,significantly better than traditional thyristors.

Low loss:reduces on-state voltage,reduces heat loss,and extends equipment life.

Reliability and design

Compact structure:modular design,small size,suitable for space-constrained scenarios.

Anti-interference ability:industrial-grade protection,adapting to harsh environments(such as high temperatures,vibrations).

Core functional features

Advantages of hybrid features

Conducting phase:Behaves like a thyristor,providing low on-state voltage drop and high current carrying capacity.

Shutdown stage:presents transistor characteristics to achieve fast and stable shutdown control.

Application optimization

Power electronic system:used for high-voltage and high-power devices such as frequency converters,inverters,DC transmissions,etc.

Industrial automation:Integrated in PLC or DCS systems,supporting complex control logic.

System compatibility

It can be cooperated with open system controllers such as AC800PEC to provide standard interface expansion functions.

Typical application scenarios

Power transmission and frequency conversion

High voltage DC transmission(HVDC),AC inverter(such as fan and water pump drive).

Industrial equipment control

Motor speed regulation and protection of heavy machinery(such as metallurgical equipment,elevators).

New energy system

Power conversion modules in wind power and photovoltaic inverters.