GVC736CE1013BHE039203R0101/5SXE12-0184  ABB Module

GVC736CE1013BHE039203R0101/5SXE12-0184  ABB Module

 

 

GVC736CE101Silicon controlled rectifier is the abbreviation of silicon controlled rectifier element,also known as thyristor.With the characteristics of small size,relatively simple structure and strong function,it is one of the commonly used semiconductor devices.The device is widely used in various electronic equipment and electronic products,mainly for controlled rectifier,inverter,frequency conversion,voltage regulation,contactless switch,etc.Silicon controlled devices are widely used in household appliances such as dimming lamps,speed regulating fans,air conditioners,televisions,refrigerators,washing machines,cameras,stereos,acousto-optic circuits,timing controllers,toy devices,radio remote controls,cameras and industrial controls.

Classification of silicon controlled rectifier:

According to its operating characteristics,Thyristor can be divided into ordinary silicon controlled rectifier(SCR),namely unidirectional silicon controlled rectifier,bidirectional silicon controlled rectifier(TRIAC)and other special silicon controlled rectifier.

GVC736CE101 Main parameters of silicon controlled rectifier:

1.Rated on state current(IT)is the maximum stable working current,commonly known as current.The IT of common silicon controlled rectifier is generally from one ampere to tens of amperes.

2.Reverse repetitive peak voltage(VRRM)or open state repetitive peak voltage(VDRM),commonly known as withstand voltage.The VRRM/VDRM of commonly used silicon controlled rectifier is generally several hundred volts to one thousand volts.

3.Control electrode trigger current(IGT),commonly known as trigger current.The IGT of common silicon controlled rectifier is generally several microamps to tens of milliamps.

Function inventory:

1.The most basic use of ordinary thyristor is controllable rectification.

The familiar diode rectifier circuit belongs to uncontrolled rectifier circuit.If the diode is replaced by a thyristor,a controllable rectifier circuit can be formed.Take the simplest single-phase half wave controllable rectifier circuit as an example.During the positive half cycle of sinusoidal AC voltage U2,if the control pole of VS does not input trigger pulse Ug,VS still cannot be connected.Only when U2 is in the positive half cycle and trigger pulse Ug is applied to the control pole,the thyristor will be triggered and connected.

2.One of the most important functions of silicon controlled rectifier is to stabilize voltage and current.

Silicon controlled rectifier is widely used in automatic control,electromechanical field,industrial electrical and household appliances.The silicon controlled rectifier is an active switching element,which is kept in a non channel state until it is triggered by a few control signals or”ignited”to make it channel connected.Once it is ignited,it will remain channel connected even if the trigger signal is withdrawn.To cut it off,a reverse voltage can be applied between its anode and cathode or the current flowing through the silicon controlled rectifier diode can be reduced to a certain value.

3.Silicon controlled rectifier is a controllable high-power semiconductor device.It is mainly used for controllable rectification,frequency conversion,AC voltage regulation,inverter and contactless switch.

For example,ABB 5SHX1960L0004 series models are used for silicon controlled rectifier and compressor

Other relevant models:

5SHX0360D0001

5SHX03D6004

5SHX0445D0001

5SHX04D4502

5SHX0660F0001

5SHX0660F0002

5SHX06F6004

5SHX06F6010

5SHX0845F0001

5SHX0860H0001

5SHX08F4502

5SHX08F4510

5SHX1060H0001

5SHX1060H0002

5SHX1060H0003

5SHX10H6004

5SHX10H6010

5SHX1445H0001

5SHX1445H0002

5SHX14H4502

5SHX14H4510

5SHX1960L0001

5SHX1960L0004

5SHX1960L0005

5SHX1960L0006

5SHX19L6010

5SHX19L6020

5SHX2645L0001

5SHX2645L0002

5SHX2645L0004

5SHX2645L0006

5SHX26L4510

5SHX26L4520

5SHY3545L0001

5SHY3545L0002

5SHY3545L0003

5SHY3545L0004