Product Description
The 5SHY35L4512 ABB asymmetric integrated gate rectifier thyristor is mainly used for rectification and switch control,which can convert AC power into DC power and control the on/off of current
feature
•Minimum state voltage(2V 4000A)
•Optimize for low frequency(<100 Hz)and wide temperature range
•High reliability
•High electromagnetic immunity
•Simple control interface with state feedback
•AC or DC power supply voltage
•Contact the factory for serial connection
5SHY35L4512 ABB Asymmetric Integrated Gate Rectifier Thyristor is a product of ABB,designed specifically for rectifier and switch control applications.It can achieve the conversion from AC to DC and control the on/off of current.This thyristor has the characteristics of high efficiency,high reliability,and high integration,which can meet the needs of various rectifier and switch control applications.At the same time,it also has the advantage of easy installation and maintenance,and can be easily integrated into various circuits.
5HY35L4512 ABB IGCT is a high-performance rectifier designed specifically for demanding industrial applications.It provides excellent electrical characteristics,including low conduction state voltage drop and fast turn off time.The asymmetric gate design ensures optimal performance and efficiency.
5SHY35L4512 ABB Asymmetric Integrated Gate Rectifier Thyristor is an efficient and reliable rectifier and control device.It adopts advanced materials and technology to integrate multiple devices on a single chip,achieving efficient and fast current conversion and control.This thyristor has the characteristics of high stability,high reliability,and high integration,and is suitable for various application scenarios that require rectification and switch control.At the same time,it also has good scalability and configurability,which can be customized and expanded according to actual needs.
application area
The 5SHY35L4512 ABB asymmetric integrated gate rectifier thyristor is widely used in motor controllers,inverters,reactive power compensation devices,and other occasions that require rectification and switch control.For example,in the motor controller,it is used to achieve the start and stop control of the motor;Used in inverters to convert direct current into alternating current;Used in reactive power compensation devices to achieve reactive power compensation,etc.
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