Key benefits - Central power switching capability: the set centers on the IGBT module 7MBR15VKC120 50 as the main component, enabling robust high-power switching for drive and inverter applications. - Complementary modules for complete solutions: includes FP15R12WIT4, FP10R12W1T4 B3 and gate drive units GD15PJT120L2S4, GD10PJK120L2S, GD10PJY120L2S, and GD15PJY120L2S to support integrated power electronics assemblies. - Ready-to-use compatibility: designed to work together as a cohesive kit, reducing integration effort and ensuring consistent electrical and mechanical interfaces among components. - Industry-standard packaging: components offered in standard power module form factors (L2S4 variants and related packaging) suitable for mounting in common inverter and motor drive configurations. - Reliable performance for demanding applications: parts from a recognized set are intended for high-power switching tasks in industrial power electronics, motor drives, and energy conversion systems. What is included - 1x 7MBR15VKC120 50 - 1x 7MBR10VKC120 50 - 1x FP15R12WIT4 - 1x FP10R12W1T4 B3 - 1x GD15PJT120L2S4 - 1x GD10PJK120L2S - 1x GD10PJY120L2S - 1x GD15PJY120L2S Product highlights - Function: power semiconductor modules including the main IGBT component and associated rectifier and gate drive modules for complete drive system construction. - Compatibility: components are representatively matched for integrated use, with gate drive units and rectifier/recovery modules that align with the main IGBT modules in this set. - Size and packaging: standard power module forms with suffixes such as L2S4 indicating specific packaging variants suitable for common mounting schemes. - Material and construction: designed for high-power electronic assemblies; parts are intended to operate together within typical inverter/mower drive and industrial control environments. - Performance focus: intended for high-power switching in motor drives and energy conversion applications, offering a cohesive solution for reliable operation and reduced integration risk. Use scenarios - Scenario 1: Three-phase motor drive for manufacturing equipment - Use the main IGBT module 7MBR15VKC120 50 along with the GD gate drive units (for PWM control) and FP rectifier modules to form a compact, integrated drive circuit for controlling conveyor belts or pumps with precise speed modulation. - Scenario 2: Renewable energy inverter or energy storage interface - Assemble a power conversion stage using the IGBT module set with FP rectifier modules and appropriate gate drives to manage DC-to-AC conversion for solar or wind energy applications, enabling controlled energy delivery to loads or the grid. - Scenario 3: Industrial automation drives and HVAC systems - Implement robust motor control for fans, pumps, or fans in HVAC or CNC environments by pairing the IGBT core with gate drives and rectifier modules to achieve efficient, reliable speed control and power handling. Notes - This description reflects the included models and their stated roles within the kit: the main IGBT component, companion IGBT module, rectifier/trigger components, and gate drive modules, all intended for cohesive deployment in high-power power electronics assemblies.