Q8006LH4TP Datasheet/PDFThe Q8006LH4TP is a 4A S200 package TRIACs component of the highly reliable and efficient QT6 series. It offers superior performance in extreme temperature environments and is ideal for controlling temperature, voltage and current in appliances, industrial automation, motor drives, switchgear and energy management systems.
A TRIAC is one type of thyristor, known as a bidirectional switch which has two on/off switches. It is usually classified as a semi-conductor device which contains three alternating layers but can also have four layers depending on the switching configuration. It is an electrical device that acts as a trigger for a controlled current or voltage. It is similar to a diode but has the ability to both conduct and break current in both directions.
The Q8006LH4TP has a robust construction and features low stand-by power and low trigger current which allows for a reliable current/voltage switch performance in extreme temperatures. It is ideal for controlling temperature, voltage, and current in electrical appliances, industrial automation, motor drives, and energy management systems.
The working principle of the Q8006LH4TP is based on its tri-state switching capability. When applying a signal to the control signal, the tri-state switch changes its state according to the signal. If the signal is in the "ON" state, the current can be sent in both directions. If the signal is in the "OFF" state, the current is blocked in both directions. This allows the user to control the current and voltage flow depending on the signal.
The Q8006LH4TP can be used in a variety of applications including lighting control systems, heater control systems, and motor control systems. It is suitable for both AC and DC applications. The voltage range is 0-800 V AC/DC and it features a maximum surge current of 4 A. Both gate and anode terminals are protected by an internal shield, eliminating the need for external heat sinking.
The Q8006LH4TP is a reliable and efficient TRIACs component which can be used in a variety of applications to control temperature, voltage and current. Its robust construction and adjustable switching characteristics make it an ideal choice for electrical appliances, motor control systems and energy management systems.