Q2010LH5

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TRIACs are a type of thyristor which can be used to control the flow of both AC and DC current in an electronic circuit. The Q2010LH5 is a solid-state TRIAC with a bidirectional switching capability and an on-resistance rating of 1.5A. It is a good choice for controlling the current in a variety of applications, ranging from lighting and motor controllers to AC power control systems.

The Q2010LH5 is a sensitive gate TRIAC, meaning it is triggered by a small current or voltage signal. When the gate-cathode voltage is below a certain threshold (1V for this device), the gate current is drawn to a minimum, allowing the device to remain in the “off” state. However, when this threshold is exceeded, the gate current rises steeply, triggering the TRIAC and allowing current to flow.

The maximum dissipation for the Q2010LH5 is 68W, making it suitable for applications that require high-power switching. This unit also features a wide operating temperature range from -40°C to +115°C and a low gate trigger current of 0.5mA, making it highly reliable in extreme conditions and difficult switching environments.

The Q2010LH5 is suitable for a wide range of applications, including:

• Motor control circuits
• AC power control systems
• Lighting control systems
• Vending machines
• HVAC systems
• Industrial automation
• Power supplies

In motor control circuits, the Q2010LH5 is used to turn off and turn on the power supply to the motor. This can be used to start and stop the motor as well as to control its speed. The same device can also be used in HVAC systems to control the temperature in a room or in power supplies to regulate the voltage.

The Q2010LH5 also has the ability to be used in AC power control systems. In this type of system, the Q2010LH5 is used to control the speed of the fan motor by turning the power on and off at different intervals. This helps to maintain a constant temperature in the room.

The Q2010LH5 is a useful and reliable device for controlling currents in many different types of applications and environments. In addition to its low on-resistance, high-power handling capability, and wide operating temperature range, it is also very cost effective and easy to use.

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