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Clip-in process for 2-clip module
Visual handling instruction for clip-in process of flow 0 housing with 2 clips.
Application of thermal grease to a flow 0 module
Visual handling instruction for applying thermal grease to a flow 0 module by hand. For more information please download ourdescribing the differences between a standard solder able pin and a Press-fit pin.
Press-in process with flow 1B housing
Visual handling instruction for Press-in process with flow 1B housing. For more information please download ourdescribing the differences between a standard solder able pin and a Press-fit pin.
Clip-in process for 4-clip module
Visual handling instruction for clip-in process of flow 0 housing with 4 clips.
Vincotech - A Power Module beats Discretes
What sets Vincotech power modules apart from discretes? Power Modules provide a lot of advantages for inverters design compared to discrete components which makes them the component of choice for inverter design.
If you can imagine it – we can build it.
View the demonstration of how we configure the perfect module for your application by selecting the suitable components out of a wide range of brand-name suppliers.
Vincotech - your first choice in power modules
The benefits of Vincotech’s power module portfolio
at a glance.
Press-fit technology - the new interconnection technology
The new Press-fit technology eliminates the need for soldering, thus reducing process time and costs. An increased production output capacity is the direct consequence.
flowIPM 1B - the next level of integration
flowIPM 1B integrates not only the inverter part, but also rectifier and PFC circuit in one module. This compact design is the optimum solution for crowded mechanical environments.
OneStep mounting - a facilitated way to assemble the Press-fit module: Pressing in the Press-fit pin, fixing the module and the PCB in OneStep
Thermal Interface Material - Thermal Grease
The benefits of using phase change material for thermal conducting between the power module and heat sink are considerable.
Designed for fast-switching power applications beyond 100 kW, these power modules provide an ultra-low inductive path for transient current.