K1100S

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors possess two distinct states, an “open” or "off” state, and an “on” or conducting state. This means that they can switch high currents with little power required to control the switching action. A K1100S thyristor is a bidirectional, high power thyristor which is used in applications where high power is needed but with low losses or minimal dropout voltage. The K1100S can be used in a variety of applications, including motor control of high powered motors, lighting control, HVAC systems, and DC-DC converters.

The primary working principle of the K1100S is based on the principle of conduction when it reaches a certain trigger current or voltage. When the threshold is passed, the thyristor can be characterized as conducting, and current will flow in either the anode or cathode. The turn-on and turn-off of the thyristor requires two distinct operations based on the initial state. If the thyristor is in the “off” state, then a negative voltage must be applied to the gate before current will flow. If the thyristor is in the “on” state then a positive voltage must be applied to the gate before current will flow.

The K1100S is also a member of the DIACs, SIDACs class of devices, which are all variations of the thyristor family. DIACs, or “Dual Intercept Anode Devices” are bidirectional, voltage-controlled, semiconductor switches which are commonly used in applications that require a certain current or voltage before they turn on, such as motor and relays. This type of thyristor is non-latching, which means that the voltage or current must be continuously applied for current to flow.

SIDACs, or “Silicon-Controlled Rectifiers with Anode Cathode” are designed to work as latching thyristors, which means that their turn on and off will be based on the voltage applied to their gate. This type of thyristor is especially useful in applications where there is potential for large currents or voltages, as they are able to switch quickly and at high voltages. This type of thyristor is used in a variety of applications, such as motor controls, relay controls, and lighting control.

The K1100S thyristor is capable of delivering a high power output when used in applications where the current is not too high and low losses or dropout voltage is necessary. This type of thyristor is also a member of the DIACs, SIDACs family of thyristors, which are designed to work as latching semiconductor switches and are capable of withstanding high voltages and currents.

The specific data is subject to PDF, and the above content is for reference