BTA204S-600E,118

Thyristors - TRIACs includes devices with a three terminal, four layer structure and the ability to control current flow in either direction. They have applications in a variety of fields and are particularly useful for switching or controlling high current and voltage loads. A good example of Thyristors - TRIACs is the BTA204S-600E. This device is designed to switch loads from 0 to 600V and up to 20A.

The BTA204S-600E is a unidirectional triac designed for use in power switching applications. It has a breakdown voltage of 600V and a maximum peak working current of 20A. The device has a low trigger current and operating temperature ranging from -40°C to 125°C. It has an isolation voltage of 4000Vrms and a long life of 10,000 cycles.

The BTA204S-600E is typically used in lighting, heating, small motor control, home safety applications and beyond. It is also useful in industrial applications such as power control, motor control, household appliances and dimmers. The device is suitable for use in equipment with an operating frequency of up to 400Hz.

The working principle of the BTA204S-600E is relatively straightforward. It consists of two SCRs (siliconcontrolled rectifiers) connected in series within the main body of the device. One SCR has an anode and a cathode, while the other SCR has a cathode and an anode. By applying a gate voltage between the two SCRs, current flows in either direction, depending on the polarity of the gate signal. This allows for controlled switching of the current.

The BTA204S-600E is a versatile component, designed for use in a variety of applications. It is suitable for use in equipment that requires a high operating frequency, such as air conditioners, temperature control systems and the like. Moreover, its long life and low trigger current make it an ideal component for use in consumer products.

The BTA204S-600E is an excellent choice for those looking for a device with a high voltage, high current capability. It is suitable for applications ranging from lighting and heating to motor control and household appliances. The device’s working principle is relatively simple, while its low trigger current and long life make it a reliable component for use in consumer products.