Q6025LH5

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Thyristors are used in a variety of applications from motor control to charging circuits and power supplies. The TRIAC, in particular, is among the most popular devices for regulating and controlling power for industrial applications. The Q6025LH5 is a TRIAC manufactured by Fairchild Semiconductor, and it has a wide variety of applications in industry and consumer electronics.

The Q6025LH5 is designed for general purpose use in thyristor applications requiring high off-state voltage blocking capability. It can be used in various types of circuits, such as low-power switching, load control, and current limiting. It is often used in AC switching applications in industrial and consumer electronic applications such as lighting, heater control, and motor control systems.

The Q6025LH5 features a current rating of 2A and a maximum repetitive peak off-state voltage of 600V. It is constructed with an ITO-220AB power package, with a 20mm pin pitch. It has a trigger current IGT of 20mA at 400V. It has a very short on-state propagation delay of 1600ns. This allows for fast, precise control of power in applications.

The working principle of the Q6025LH5 is based on the gate turn-on phase control of two thyristors connected in an inverse parallel configuration. When the gate voltage meets the gate trigger current threshold, it causes a conduction in the device by allowing current flow through the T1 and T2. This current flow then begins to switch the thyristor on and off, controlling the voltage and current flowing through the device. This type of control allows for precise control of power in switching applications.

The Q6025LH5 is a great choice for applications that require precise and reliable control over voltage and current. It has a high off-state voltage blocking capability and a very short on-state propagation delay. It is designed with an ITO-220AB power package and is easy to install. Its fast switching capabilities make it ideal for industrial and consumer electronics applications such as lighting, heater control, and motor control systems.

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