IXGP7N60CD1

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IXGP7N60CD1 belongs to a single IGBT (Insulated Gate Bipolar Transistor) family of devices designed for use in high power applications. It is a mainly used in AC and DC motor drives and other industrial power control applications.

The IXGP7N60CD1 provides superior performance and increased power density in a low profile package due to its unique features and advanced design. It features low thermal impedance, low on-state losses, fast switching speed and high surge current capability.

The IXGP7N60CD1 is a three-terminal device with two active terminals, the emitter and collector, and a gate terminal that is used to control current flow between the emitter and the collector. The device is constructed of a single N-channel gate logic IGBT, integrated in a single chip.

The IXGP7N60CD1 can be operated in either switching or linear application using a single voltage supply. In switching application, the device can be used as a digital switch, where the gate input can be used to turn the device on or off. In this application, the device provides low on resistance when on and very low leakage current when off.

In linear applications, the IXGP7N60CD1 provides excellent linear characteristics. The device can be operated in either linear or linear mode, providing good performance at all voltage range. The on-state voltage, current handling capabilities and switching performance of the device in both linear and switching application are excellent.

The IXGP7N60CD1 is capable of operating over a wide range of switching frequencies, up to 20kHz. This capability allows the device to be used in high-speed switching applications, as well as in low-power applications where low heat dissipation and low losses are of importance.

The IXGP7N60CD1 is also capable of providing very high surge current capability up to 1200A. This is achieved through its special design structure, which ensures the device to operate over a wide range of temperatures.

The IXGP7N60CD1 is an ideal choice for many high power applications, due to its superior performance, high surge current capability, fast switching speed and low on-state losses. It can also be used in a wide variety of medium and low power switching applications, due to its flexibility in operating ranges.

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