GVC736CE101  IGCT thyristor module

GVC736CE101 IGCT SCR module is a key component of power control, with excellent control performance

and stability, suitable for a variety of industrial fields, such as power, energy, transportation, construction and so on.

The module adopts advanced thyristor technology. By changing the trigger Angle of thyristor, the current on and

off and the size can be controlled, and the current in the power system can be accurately controlled. It is

usually used to adjust parameters such as voltage, current and power factor to meet different power control needs.

The GVC736CE101 IGCT SCR module features a low impedance mode and low drive energy consumption,

which reduces losses and increases power by avoiding gate overdrive. In addition, it has high reliability, has

been rigorously tested and verified, and can operate stably for a long time in harsh industrial environments.

In applications, the GVC736CE101 IGCT SCR module can be widely used in motor control, power regulation,

power electronics systems, lighting control, heating systems and electric vehicle chargers. It can achieve

accurate power control of various equipment, improve the efficiency and stability of the system.

Overall, the GVC736CE101 IGCT SCR module is a powerful and stable power control module

suitable for a variety of industrial automation and power control applications.

5SHY3545L0016

Integrated gate-commutated Thyristor (IGCT) module, also known as Integrated Gate Commutated Thyristor module,

is an efficient and reliable power electronic switching device. In the industrial field, IGCT modules are widely used, mainly in the following aspects:

High power motor drive and control: IGCT module plays an important role in high power motor drive and control

system. Because the IGCT module can withstand high voltage and high current, it is very suitable for driving large

motors, such as converters for wind turbines, rolling mills in iron and steel metallurgy, and elevators in mining machinery.

In these applications, the IGCT module enables precise control of the motor, improving the efficiency and stability of the system.

Power system protection and regulation: In power systems, IGCT modules can be used to achieve fast and accurate

power protection and regulation. For example, in the transmission and distribution process of the power grid, IGCT

modules can be used to achieve precise control of the current to prevent the occurrence of faults such as overload and

short circuit. At the same time, it can also be used for reactive power compensation and power factor correction

of power system to improve the power supply quality and stability of power grid.

New energy power generation system: In the field of new energy power generation, IGCT modules also play an

important role. For example, in solar and wind power generation systems, IGCT modules can be used to control

inverters and convert direct current to alternating current for incorporation into the grid. At the same time, it can also be

used to realize the charge and discharge control of the battery energy storage system, and improve the

efficiency and reliability of the new energy power generation system.

Rail transit and Industrial automation: IGCT modules are also widely used in the field of rail transit and industrial

automation. For example, in the traction power supply system of rail transit, the IGCT module can be used to control the

traction converter to ensure the safe and stable operation of the train. In industrial automation production lines, IGCT

modules can be used to achieve precise control of various automation equipment to improve production efficiency and quality.

In general, the IGCT module has a broad application prospect in the industrial field because of its high efficiency and

reliable performance characteristics. With the continuous progress of technology and cost reduction, IGCT modules

will be applied in more fields and promote the continuous development of the industrial field.