TIC106N-S

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Thyristors, more commonly known as Silicon Controlled Rectifiers (SCRs), are solid-state electronic components that are large three-terminal semiconductor devices that act as electronic switches in electronic circuits. One of the most common SCRs is the TIC106N-S, which is a very popular device in modern applications. In this article, we will discuss the application fields and working principles of the TIC106N-S.

TIC106N-S Application Fields

The TIC106N-S is a high-power and high-current SCR which is typically used for high-voltage applications such as power supplies, motor controllers, and industrial power electronics. It is also suitable for use in AC or DC circuits, and can be used in both thermionic or electric discharge circuits.

The device utilizes a special geometry which enables it to switch high currents of up to 1,500A at a wide range of voltages and frequencies. This makes it particularly suitable for applications such as motor drives, AC control, motor control and phase-control rectifiers.

One of the key advantages of the TIC106N-S is its ability to withstand large transient currents, which makes it particularly suitable for high-speed applications such as switchgear and motor-control systems. It is also well suited for loads such as induction motors, DC reactors and other high-current applications.

TIC106N-S Working Principle

The TIC106N-S operates using a three-terminal SCR configuration which consists of an anode, a gate, and a cathode. When the anode and gate are both activated, a negative potential is generated at the gate, thus allowing the SCR to be turned on. The anode-to-gate voltage is known as the “holding current” and is the value at which the SCR will remain “on”. To turn the SCR “off”, the voltage must exceed the holding current. This can be done by switching the gate voltage level to a lower value.

The SCR’s load current is controlled by adjusting the gate voltage. At a given voltage, the load current will be constant. This makes it easy to control the power output of the SCR by controlling its gate voltage. The SCR’s load current is also affected by the ambient temperature which must be taken into consideration when selecting a suitable device.

Conclusion

The TIC106N-S is a versatile and robust SCR which is well-suited for high-power applications such as motor drives, AC control and phase-control rectifiers. It is an excellent choice for applications that require high current capability and reliability. The device also offers excellent performance in terms of its holding current, enabling it to be used in a wide variety of applications.

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