STF4060C

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The STF4060C is a 3-phase reverse blocking logi module specifically designed to protect photovoltaic and wind power systems from short-circuit and overcurrent. With an operating voltage of up to 1200V, it is ideal for linear and high power applications.

The STF4060C is a powerful device with a wide application field due to its ability to reduce installation costs and optimize performance. With the use of diodes, it can be used in applications involving high current and high voltage, such as solar inverters or wind turbines. The STF4060C is available in a number of standard package types, including DIP (dual inline package), TO-220, and TO-263. It is also available in custom packages to meet the requirements of specific applications.

The STF4060C is made up of three multi-cell bridges that form a three-phase output. Each bridge has four diodes connected in anti-parallel, allowing reverse current blocking. The input can be supplied AC or DC, depending on the requirements of the application. The output current is limited to the rated current and is adjustable by an internal resistor.

A built-in thermal cut-off helps to protect the device from over-temperature without the need for external fuses or other components. This feature makes the STF4060C safer to use in applications where high currents are present. In addition, it has robust protections against short-circuits, overvoltage, and undervoltage.

The STF4060C is a reliable device that can be used in a wide range of applications, from automotive and renewable energy systems to home appliances and industrial applications. Its reverse blocking capability ensures that current is blocked during reverse current flow, providing safety and reliability. Furthermore, its built-in protections make it ideal for high current applications.

In conclusion, the STF4060C is a powerful, reliable device that can be used in a variety of applications. With its reverse blocking capability, thermal cut-off and robust protection features, it provides reliable protection against short circuits and overcurrent surges. In addition, its wide voltage range and adjustable output current capability make it ideal for linear and high power applications.

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