T1650H-6T

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Thyristors - TRIACs contain three terminals - the main terminal (MT1) and the gate terminal (G), with the main terminal (MT2) commonly referred to as the auxiliary terminal. As the anode current builds up to the point where it reaches the main terminal, the main terminal triggers the gate terminal, allowing the device to be turned on. As the anode current begins to fall, the main terminal (MT1) triggers a current in the opposite direction at the gate terminal, causing the device to be turned off.

T1650H-6T is a high performance TRIACs with inverse parallel connection formed by two 6A TRIACs. The device has a rated blocking voltage of 800V/800V(AC/DC) and an operating temperature range of -30°C to 125°C, making it suitable for a wide variety of applications. The MT2 voltage of T1650H-6T is lower than that of T1650H-4T, making it the preferred device for AC control applications where a lower MT2 voltage is desired.

T1650H-6T is used primarily for AC control applications such as light dimming, motor speed control, and heater control. It can also be used in applications that require high-voltage switching, such as power switching for lamps and industrial automation. T1650H-6T can be used in either forward or reverse parallel connection mode. In forward parallel connection mode, it has a high forward mounted blocking voltage and a low reverse mounted blocking voltage, making it suitable for applications such as heating control.

T1650H-6T is a cost-effective solution for AC control applications. Its low-power design consumes less energy than other TRIACs, making it ideal for energy-efficient applications. Its low MT2 voltage and low-power design allow it to be used in applications that require a low voltage and a low power. Its high-speed switching allows it to respond quickly to sudden changes in demand, making it well suited for dynamic control applications.

T1650H-6T features a high-speed switching and is designed for high tolerance to high surge current. Its high MT2 voltage enables it to be used for both AC and DC control applications. Its high surge current tolerance gives it the ability to withstand severe electrical disturbances without compromising its performance. Its low MT2 voltage ensures that it is the device of choice for applications where a low voltage is desired. Its high-speed switching, low MT2 voltage, and high surge current tolerance make it the ideal choice for AC control applications.

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