Q8025NH6RP Discrete Semiconductor Products

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Thyristors are commonly used in programmable current settings and in applications where an intermediate level of voltage or current is required. The most common thyristor is the TRIAC, or Thyristor-Rectified Alternating Current. A TRIAC is a three-terminal switch with the ability to conduct current in both directions.

The Q8025NH6RP is a TRIAC that is designed for a wide range of applications. It is a medium voltage, 12 ampcomponent with a gate sensitivity of 1.5 mA. This TRIAC is used in medium-to-high power applications where control of power supply is needed. It is suitable for use in many industrial applications including heating, lighting, motor control, and automotive power management systems.

The Q8025NH6RP working principle is based on the principle of bidirectional current flow. When the Gate terminal is triggered, the TRIAC switches on, allowing the current to flow through the other two terminals.Two main parameters determine the operation of the TRIAC: Gate Trigger Voltage, which determines the level of voltage applied to the Gate terminal to trigger the TRIAC, and Holding Current, which corresponds to the minimum current required to keep the TRIAC switched on.

The Q8025NH6RP is a widely used TRIAC with a number of advantages. It offers high surge and surge protection ratings, which provide additional protection against current surges, and a high isolation voltage of up to 4kV. In addition, it has an extended insulation distance, which helps protect components from voltage spikes. The TRIAC is also available with extended temperature range, which makes it suitable for applications in various temperatures.

The Q8025NH6RP is a versatile TRIAC, with many advantages for applications requiring control of power supply. Its high surge and surge protection ratings provide extra protection against current surges and its extended insulation distance ensures that components are kept safe. Additionally, the TRIAC is available with an extended temperature range, making it suitable for use in various temperatures. Its gate trigger voltage and holding current parameters ensure that it is always in control of the current and voltage levels required in the application.

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