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Description：

The ABB NGDR-07C NGDR-07 FF650R17IE4 is a high-power IGBT Module used in industrial drive systems, power conversion equipment, and heavy-duty applications requiring reliable high-current switching performance. This insulated gate bipolar transistor module combines high voltage capability, efficient switching characteristics, and strong thermal performance for demanding industrial power control systems.

Specification：

Frequently asked questions

Q1: What is the ABB NGDR-07C NGDR-07 FF650R17IE4 IGBT Module?

A1: It is a high-performance IGBT module used for industrial power conversion, motor drive systems, and high-power switching applications.

Q2: What is the NGDR-07C NGDR-07 FF650R17IE4 voltage class of this module?

A2: The NGDR-07C NGDR-07 FF650R17IE4 voltage class is 1700 V.

Q3: What is the NGDR-07C NGDR-07 FF650R17IE4 rated collector current?

A3: The NGDR-07C NGDR-07 FF650R17IE4 rated collector current is 650 A.

Q4: What is the NGDR-07C NGDR-07 FF650R17IE4 typical collector-emitter saturation voltage (VCE(sat))?

A4: The NGDR-07C NGDR-07 FF650R17IE4 typical VCE(sat) value is 2 V.

Q5: What is the NGDR-07C NGDR-07 FF650R17IE4 typical forward voltage (VF)?

A5: The NGDR-07C NGDR-07 FF650R17IE4 typical forward voltage VF is 1.85 V.

Product Applications

Wind Power: In harsh and wide-temperature difference wind field environments, the variable electrical energy generated by wind turbines will be stably converted into high-quality electrical energy that meets the requirements of the power grid.

Railway & Traction: Control the startup, acceleration, deceleration and electrical braking of traction motors, and the high thermal cycling capability of the module (Thermal Cycling) can well cope with the thermal shock caused by frequent starting and stopping of locomotives.

Metallurgy & Mining: Utilize ABB's 2XR8 and other parallel structures to provide extremely high current output, achieving precise speed regulation and high torque control under heavy loads.

Oil, Gas & Chemical: In industrial environments that require 24/7 continuous and uninterrupted operation, provide extremely high system operational reliability and reduce the risk of unplanned downtime.

Marine & Offshore: Control shaft generators or propulsion motors to improve the energy utilization efficiency and maneuverability of ships.