Thyristors - TRIACs

The T2035H-6G is one of the many thyristors/TRIACs available on the market today. Technically, it is an optically coupled thyristor/TRIAC that is designed to switch AC currents. It features a very fast response time and can be used in switching capacitive loads. Its working principles can be broken down into two parts: it possesses an optical coupler, which is a light activated device, and a power switch. The optical coupler triggers the power switch, allowing it to turn the electrical current on and off.

Application Field

The T2035H-6G can be used in a variety of scenarios. It is popular for use in home appliances such as microwaves and toasters. It is also used in health and safety applications, as it functions as a high-precision power switch. In addition, the T2035H-6G can be used with solar-powered lights and smart appliances that require remote access. Further, the T2035H-6G can be used in industrial applications such as control systems, programmable logic controllers, providing an efficient and cost-effective way to switch power.

Working Principle

The working principle of the T2035H-6G is based on the movement of electrons. Electrons are forced to move through a semiconductor material such as silicon, gallium arsenide, or gallium nitride between electrodes in the presence of an electric field. This creates a current. When the electric field is shut off, the electrons stop moving and the current stops.

The device features two sets of contacts - control terminals and main terminals. The control terminals are the optical coupler which is used to detect the input current, while the main terminals are the load being driven. When the T2035H-6G is triggered by the input current, it switches the main terminals on and off rapidly. This creates a pulsing effect that is used to switch capacitive loads, providing high power and efficiency.

The T2035H-6G is a useful and powerful thyristor / TRIAC designed for various applications. Its fast response time and ability to handle capacitive loads gives it an advantage over traditional AC switches. Its application range is broad and is suitable for use in industrial and home appliance settings, as well as safety and solar-power technology.