IRGPS47160DPBF

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The IRGPS47160DPBF is a transistor module belonging to the family of insulated gate bipolar transistors (IGBTs), more precisely featuring as a single IGBT with antiparallel diode. It is designed and manufactured by Infineon Technologies, an international semiconductor company based in Neubiberg, Germany.

The module is constructed around a silicon carbide SBD temperature-sensing technology and is able to operate at the junction temperatures from - 55°C to + 175°C. It is typically used in low voltage power switching applications such as motor controllers or power converters. Additionally, the device provides very low on-state losses, fewer gate resistors and enable voltage as low as 12V.

The parameters of the device were designed with a specific target in mind and serve to form the basis of its application field. Its rated collector-emiter voltage is 600V , while its collector-source rated voltage is 400V. The continuous collector current is rated at 47A and its peak collector current at 175A. Its on-state resistance is rated at 0.5 ohms, while its gate-emitter threshold voltage is indicated at 4V. Its switching times are also low, as the rise time is rated 0.6 µs and the fall time at 0.9 µs.

In terms of features, the IRGPS47160DPBF transistor module features short-circuit protection, temperature detection, as well as overcurrent, overvoltage as well as overtemperature protection. These make the device particularly safe for use in power-switching applications for low voltage power supplies.

The device\'s operational principle is based on the concept of a Field Effect Transistor (FET), which relies on the control of current carriers in semiconductor materials by means of an electric field with an external source. A transistor is a three-terminal device, consisting of source and drain along an output circuit as well as a gate for controlling the flow of current into the output circuit. In the case of an IGBT, an insulated gate is also connected to the output circuit and together with the gate provide control over the current flow.

The flow of current in the IRGPS47160DPBF is achieved by the alternating motion of electrons and holes in the semiconductor material below the insulated gate, resulting in a voltage applied to the gate control electrode. This voltage can be adjusted by varying the external gate voltage depending on the mechanism of the device. When the gate voltage is applied, it creates a gate-source junction and causes electrons and holes to move towards it and result in the formation of a conducting channel between the source and drain.

It is important to note that in addition to the external gate voltage, the FIGBS47160DPBF transistor module also uses intrinsic body and drain to source voltage as sources of control. This ensures that the current-carrying capacity of the module is regulated and changed according to a certain degree of complexity.

In conclusion, the IRGPS47160DPBF is a single IGBT transistor module designed and manufactured by Infineon Technologies. It features short-circuit protection and temperature detection, as well as overcurrent, overvoltage and overtemperature protection. Its rated collector-emitter voltage is 600V and its rated collector-source voltage is 400V. Its rated continuous collector current is 47A and its peak collector current is 175A. Its on-state resistance is rated at 0.5 ohms and its gate-emitter threshold voltage is rated at 4V. Its switching times are low at 0.6 µs (rise time) and 0.9 µs (fall time). Its main application field lies in low voltage power switches, motor controllers or power converters, due to its low on-state losses and enable voltage of 12V.

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