BT136S-800F,118

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BT136S-800F,118 Application Field and Working Principle

The BT136S-800F,118 is a TRIAC integrated circuit (IC) made by STMicroelectronics. The TRIAC is a semiconductor that can act as a switch to control high power and high-voltage devices. It is a three-terminal device, with terminals labeled Anode G, Anode 1 and Cathode. The Anode G is referred to as the gate terminal which controls the switching of the TRIAC, while the Anode 1 and Cathode are the main power terminals.

The BT136S-800F,118 is used in a range of applications, including motor control, lighting, home automation and heating. The TRIAC is usually connected to the AC supply in a way that the current flows through it only when the gate terminal is triggered. This allows for quick switching and dimming control of AC power.

The working principle of the BT136S-800F,118 TRIAC is based on the movement of minority carriers across the base layer of the silicon material. A voltage applied to the gate terminal will create electric fields which will raise the majority carriers over the trio junction level. This will create a conductive path between the Anode 1 and the Anode G. The current will now flow from the Anode 1 to the Anode G, turning the TRIAC on. When the gate current is removed, the TRIAC will turn off.

In addition to being used as a switch, the BT136S-800F,118 can also be used as a dimmer. This is achieved by using a phase control circuit, which will allow the user to adjust the intensity of the current flowing through the TRIAC. This can be used to control the brightness of a light bulb or to regulate the speed of a motor. The TRIAC can also be used in a more complex circuit, such as a Sine Wave Oscillator, which can be used to generate AC power.

The BT136S-800F,118 TRIAC is suitable for a range of applications, such as motor control, dimming control, home automation and lighting. The TRIAC is a three-terminal device and the current is controlled by a voltage applied to the gate terminal. This allows for quick switching and dimming control of AC power. The TRIAC can also be used in more complex circuits, such as a Sine Wave Oscillator, to generate AC power.

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