Description

ABB  5SHY35L4520  Asymmetric Integrated Gate-Commutated Thyristor

• High Voltage and Large Current: The rated voltage is 4500V, and the rated current can reach 4000A. It can withstand high voltage and handle large current, making it suitable for high-voltage and high-power power electronic systems.
• Low Conduction Loss: At 125°C, the conduction voltage drop is only 1.4V. The low conduction voltage drop can reduce energy loss, improve system energy efficiency, lower heat dissipation requirements, and is conducive to the long-term stable operation of the equipment.
• Fast Switching Speed: It has fast switching capability, which can improve the system response speed, work stably in medium-frequency application scenarios, and reduce energy loss during the switching process.
• High Electromagnetic Immunity: It has high electromagnetic immunity, enabling stable operation in complex electromagnetic environments, reducing the impact of external electromagnetic interference on module performance, and improving system reliability.
• Convenient Control: It is equipped with a simple control interface with status feedback, facilitating control and monitoring. Moreover, it adopts an optical fiber control interface, ensuring stable transmission of control signals and strong anti-interference ability.
• High Reliability: It uses high-quality materials and advanced technologies such as Trench FS technology, and is packaged in a sealed ceramic housing, ensuring the reliability and stability of the module. It can withstand harsh environmental conditions and stringent operating requirements.

• High-Voltage Direct Current (HVDC) Transmission: It can be used in HVDC transmission systems to realize AC-DC conversion. With its high voltage resistance and low loss characteristics, it ensures efficient and stable power transmission over long distances.
• Motor Control: Suitable for AC motor drives, servo motor control, etc., it can precisely control the operating status of motors. It is often used in motor drive systems of equipment such as electric vehicles, electric locomotives, rail transit, and cranes.
• Renewable Energy Power Generation: It plays a role in solar power generation, wind power generation, and energy storage systems. It can be used in wind power grid-connected systems, photovoltaic inverters, etc., to realize efficient conversion and grid connection of new energy power.
• Industrial Applications: It can be used in industrial fields such as welding, smelting, and induction heating, providing stable and reliable power control for industrial equipment.
• Rail Transit: Used in electric traction, train control, and auxiliary power supply systems, it provides stable power support for the operation of rail transit.