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Thyristors - TRIACs

BTA216-600F, 127 application field and working principle

The BTA216-600F, 127 is a kind of triac, which is a kind of two dimension Thyristor. This device can be block & cotrolled both in AC life, making it widely accepted regarding control applications on AC circuits. The BTA216-600F, 127 can be used for a variety of light and heating control, such as controlling the output power of lamps, electric furnace, air-conditioning, automatic control machinery and power for IC card payment service system.

The BTA216-600F, 127 consists of two thyristors, rendered in a single package. The two thyristors that make up the triac have curved gate trigger characteristics, meaning that applying an appropriate voltage can cause them to switch quickly. Basically, this meant that the BTA216-600F, 127 is suitable for various applications of controlling AC operations.

In order to ensure its long service life, the BTA216-600F, 127 is generally made by using robust and high-quality materials and advanced technology. The device is capable of enduring high temps and dynamic pressure without changing its original physical features. Besides, its excellent insulation ensures it can be mounted firmly to circuits, even under harsh environment. All in all, the device is known for its good performance, and reasonable price.

The working principle of the BTA216-600F, 127 is relatively simple. Basically, the principle involves two thyristors that form a circuit, which is then connected to an AC power supply. When the current reaches a certain level within the circuit, the two thyristors will turn off and, in the process block the AC current from flowing. The device, therefore, works as a current control switch, thus allowing for precision control of current in the circuit.

In conclusion, the BTA216-600F, 127 is a kind of Thyristor- TRIACs with a wide range of applications. It is known for its good performance and reasonable price. Its working principle is relatively simple, involving two thyristors which switch off and block the AC current when the current in the circuit reaches a certain level, thus allowing for high precision control of current in the circuit.

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