T72H064544DN

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Thyristors – SCRs (silicon-controlled rectifiers) – are solid-state devices consisting of layers of p-type and n-type materials sandwiched together. These are highly efficient, high voltage, and high current devices that can control the current flow through a circuit. The T72H064544DN is a novel design in the thyristor field, designed for low forward voltage drop, low thermal resistance and high current density applications.

The T72H064544DN is a device designed for applications that require both AC and DC switching. It can be used to regulate the power in many types of appliances or equipment, such as air conditioners, escalators, and elevators. It is also suitable for applications in the automotive industry, such as power station and engine management systems.

The T72H064544DN is a high Breakover Voltage SCR (BVSCR). It has a diameter of 6.45mm, a total height of 7.2mm, and a rated working voltage of 800V. It is constructed with two layers of silicon, separated by two layers of dielectric material. The two layers of silicon contain two mutually isolated SCR regions encapsulated in the same substrate.

The T72H064544DN works by having the gate connected to the main current of the circuit, so that when the gate voltage reaches a certain level, the thyristor is triggered and the current will start flowing through the controlled rectifier, thus controlling the current in the circuit. The gate voltage control of the device is the main advantage of a thyristor, compared to other types of power control equipment. A voltage control of the device can be used to vary the amount of current flowing through it, and other advanced features, such as pulse width modulation, can also be obtained with a thyristor.

The T72H064544DN is a highly reliable device, thanks to its ability to dissipate large amounts of energy without suffering from any thermal runaway. The built-in thermal protection feature prevents any component failure due to excessive temperatures, and the tight process monitoring ensures good performance of the device at both low and high temperatures. This makes it suitable for many applications, from fan motor control to ultra-high frequency switching.

In conclusion, the T72H064544DN is an innovative design in the thyristor field, designed for low forward voltage drop, low thermal resistance, and high current density applications. It works by having the gate connected to the main current of the circuit, so that when the gate voltage reaches a certain level, the thyristor is triggered and the current will start flowing through the controlled rectifier, controlling the current in the circuit. With its high reliability, breakthrough features and wide range of applications, the T72H064544DN is sure to be an invaluable asset to engineers, technicians, and other professionals in the power control industry.

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