CTB16-1200SW

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 - TRIACs are devices that belong to the category of two-terminal, solid-state switches. As their name implies, they have three terminals. When current is applied to the terminals, they can act as either switches or current controllers.

CTB16-1200SW is an application field of thyristors - TRIACs specifically designed to be used in high-power switching applications. It is suitable for use in electric motor control, lighting control, military, medical, and industrial electric equipment. The CTB16-1200SW is a classic and reliable triac designed with a robust structure and a high-power/high-current configuration.

The working principle of the CTB16-1200SW is by controlling the gate terminal. It can perform two functions, either conducting or blocking in both the positive and the negative half cycle, depending on the voltage level at the gate terminal. When a positive gate current is applied, the Thyristor - TRIAC\'s gate triggers and allows a current to flow between the anode and the cathode.

When the gate current is removed, the current continues to flow as the Thyristor - TRIAC remains in a state of conduction until the voltage across the terminals becomes greater than the reverse breakover voltage. At this point, the Thyristor - TRIAC returns to its non-conductive state. The Thyristor -TRIAC can also be turned off by a negative voltage applied to the gate terminal.

The CTB16-1200SW is designed to have a low leakage current, as it has a synchronous switch characteristics - with a high switching speed and high voltage transient withstand. Its circuit design ensures a very low noise emission and good EMC characteristics. Furthermore, the use of insulated materials helps to reduce the risk of electrical shock.

The CTB16-1200SW is a great tool for applications that require high-power switching and current limiting. Its robust design and high-power configuration make it ideal for powering a wide range of equipment, from electric motors to lighting control systems and many more. The fact that it can be controlled with a low-level gate voltage makes it even more attractive for a wide range of applications.

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