Q4035NH5RP

Thyristors - TRIACs is a type of devices composed of three terminals, two of which are input terminals and the third is the output terminal. Q4035NH5RP is a type of TRIAC. It has the following characteristics: turn-on and turn-off current of 5 A, on-voltage of 1.2 V, off-voltage of 0.9 V and maximum gate trigger current of 800 mA.

There are many applications areas for TRIAC, such as in dimmer control, speed control, light and power control, AC switching, and motor control.

The Q4035NH5RP is applicable in AC switching, motor control, and speed control applications. It can handle current up to 5 amps and meet the minimum gate trigger current of 800 mA.

The working principle of the Q4035NH5RP is that when a positive click is applied to its gate terminal, the device conducts current in both directions. However, if a negative voltage is applied, the TRIAC stops conducting current in both directions.

The Q4035NH5RP is a semiconductor device composed of three terminals, the anode, the cathode and the gate. The anode and the cathode can be thought of as two switches connected together in series. When a trigger voltage is applied to the TRIAC’s gate, it turns on and the current can flow from the anode to the cathode. This triggers the TRIAC to turn on and it will continue to conduct current in both directions until the trigger voltage is removed.

When a TRIAC is used in motor control applications, it can be used to control the speed and direction of a motor by controlling the current. The TRIAC will allow the motor to start and stop at a specific voltage or frequency. It also allows for fast and precise control of the motor\'s direction and speed.

The Q4035NH5RP is widely used in AC switching and motor control applications due to its ease of use, low cost, and reliable performance.

In summary, Q4035NH5RP is a type of TRIAC and its application areas are AC switching, motor control and speed control. The working principle is that it turns on and off in response to a gate voltage, allowing current to flow in both directions between the anode and the cathode. It is also widely used due to its low cost, reliable performance and ease of use.