5SGX1060H0003 | 5SDF1045H0002 | thyristor module |

Model: 5SGX1060H0003
Category: thyristor module
Finish: New/not new
Guarantee: One year

I. Basic overview
Definition: A thyristor module is an electronic device used to control alternating current through the change of gate current to achieve the control of alternating current.
Structure: Consists of a plurality of PN junctions, usually including a main pole (anode), an auxiliary pole (cathode) and a control pole (gate).
Development history: As early as 1970, Ximenkang Company took the lead in introducing the module principle into the field of power electronics technology.
Second, the working principle

Off state: 5SGX1060H0003 When there is no voltage between the main pole and the auxiliary pole, and the control pole current is lower than a specific value, the thyristor is in the off state, and the current cannot pass through.
On-state: When a sufficient positive pulse voltage is applied to the control pole, the thyristor is activated and enters the on-state, and current can flow between the main pole and the auxiliary pole. At this point, even if the voltage on the control pole is reduced, the thyristor can remain on until the current is reduced to a blocking current level.
Reverse cutoff: The reverse current will cause the thyristor module to be turned off.
3. Advantages
The 5SGX1060H0003 is small, lightweight and compact: easy to install and service.
High reliability: with the advantages of high voltage, high current, fast switching, etc., suitable for more demanding working conditions.
External wiring is simple, good interchangeability: the structure is repeatable, and the mechanical design of the device can be simplified.
Low cost: Compared with other voltage regulator devices, the cost of thyristor is low.
Strong flexibility: the output voltage can be adjusted by controlling the size of the current, and the adjustment accuracy is high.
4. Application field
Power system: 5SGX1060H0003 is used in power switches, power inverters, DC converters and other fields to achieve soft start and stop of power supply, as well as the transformation and distribution of electric energy.