FKN1N60SA

Thyristors - TRIACs: FKN1N60SA Application Field and Working Principle

The term TRIAC stands for triode for alternating current and is used to describe an electronic switch. It is a type of thyristor that is effectively two back-to-back SCRs (silicon controlled rectifier) in one package. The FKN1N60SA is a bidirectional thyristor/diode designed for use in high frequency DC power inductive heating applications.

Application Field of FKN1N60SA

The application field for the FKN1N60SA is wide and varied. The FKN1N60SA is designed to work in high frequency DC power inductive heating applications. This means that it can be used in a variety of heating systems such as solar thermal energy, induction cooking, and inductive heating for manufacturing. Additionally, it can be used in a wide array of automotive, industrial and other applications.

Working Principle of FKN1N60SA

The FKN1N60SA is a bidirectional, TRIAC thyristor. A thyristor is an electronic switch and a TRIAC is a three-terminal device that works with alternating current. The FKN1N60SA operates on the principle of a thyristor in that, when a current is flowing through one side and the gate is triggered, it will allow a current to flow through the other side. When the gate is triggered again, the current is blocked. The FKN1N60SA works in both directions, meaning that the current can flow in either direction when the gate is triggered. This allows for more precise control of the current than an SCR or single-directional thyristor.

The working of the FKN1N60SA is relatively simple and efficient. The turn-on and turn-off current ratings of the device are low, and lower losses are experienced when using it in comparison to single-directional thyristors or SCRs. Its bidirectional capability is an added advantage as it can control both positive and negative current and be used in a variety of applications.

Conclusion

In conclusion, the FKN1N60SA is a bidirectional thyristor/diode designed for use in high frequency DC power inductive heating applications. It has a low turn-on and turn-off current, and its bidirectional capability provides for better control over the current. This makes it a good choice for applications such as solar thermal energy, induction cooking, and inductive heating for manufacturing, as well as other fields such as automotive and industrial.