BT136X-800E,127

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Thyristors ARE solid-state semiconductors that include a variety of devices such as those used for triggering, switching, and amplifying. Examples of these devices include TRIACs, SCR, and SIDACs. Each device offers a different function and application. One common type of thyristor is the TRIAC, which is a three-terminal solid-state switch that can be used to control higher power with a single control signal.

BT136X-800E,127 is a leading TRIAC type of thyristors designed for applications such as heater control, resistive and capacitive loads, small motors, ballasts, and LEDs. It is a silicon–controlled rectifier (SCR) and gate turn-off (GTO) device which can handle switching power loads up to 800V at 127A. It can be used in any circuit that requires the reliable and repeatable triggering of higher power using a single control signal.

When a zener diode generates a voltage, this voltage is transmitted to the gate of the TRIAC and activates the TRIAC. This activation of the TRIAC causes the current to flow through the terminals. The BT136X-800E,127 has a gate turn-off (GTO) capability, allowing it to be turned off at the end of the current cycle without the need for additional gate drivers or circuitry. This is an important feature when dealing with higher power applications because it ensures a fast turnaround and dependable performance.

The BT136X-800E,127 TRIACs can be used in various electrotechnical applications, ranging from simple load control to high-end industrials like in high voltage power line control systems and domestic home appliances. This thyristor type can easily and quickly switch the electrical current flow, thus making it suitable for wide range of applications in household, industrial and other commercial setups.

The BT136X-800E,127 rises to the challenge when used in higher power applications, where switching needs to be quick and reliable. It is ideal for applications that require high power and current, but also need to be able to quickly turn on and off in order to achieve the desired results. This thyristor, which is a three-terminal device, is manufactured with an explosive-proof coating that makes it suitable for use across multiple scenarios.

The BT136X-800E,127 is designed to provide an efficient way to switch higher power with little effort. By utilizing the gate turn-off (GTO) capability, this thyristor type is able to quickly be switched on and off without requiring additional gate drivers or circuitry, allowing it to be used in higher power applications where speed and reliability are of utmost importance.The specific data is subject to PDF, and the above content is for reference