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There's the current block diagram of our #PowerElectronics and #Microelectronics system. Brain of our system is an ASIC, which contains a FSM, a frequency comparator and a hysteresis current control. In this way, signals can be generated which make our motor turn. E&D @[email protected]

First of all, we wish you a lovely first Advent.🕯️ Another exhausting week with many successes has passed. In order to keep an eye on all tasks in the current design phase, we use a Kanban board. As you can see, there is still a lot of work to do, but we will get it done!💪

The final checks are successful and our #MicroElectronics design is ready for tape out! Time for some ice-cream ~ 🍦🥳 E&D @[email protected] @HS_Reutlingen

Using the powerful tools from Cadence we were able to perform a post-layout parasitic extracted simulation which is showing our desired behaviour!

Abschlusspräsentation des Electronics & Drives - iSCREAM-Teams zum Projektpraktikum Teil 1. Erfolgreicher Entwurf eines #CMOS-ASICs zur sensorlosen Ansteuerung eines Switched-Reluctance-Motors. #Leistungselektronik #Mikroelektronik #Master @HS_Reutlingen

Do you want to see the faces and hear the voices behind the posts here? Then head over to YouTube and have a look at our result presentation for the first project part! iSCREAM Abschlusspräsentation WS2021/22 youtu.be/mpytNuSseto via YouTube

Weekly project meeting with the Electronics & Drives - iSCREAM team. PCB design for the switched reluctance motor driver is in its final phase. #PowerElectronics #Microelectronics @HS_Reutlingen

Over the past few weeks we had some work implementing our system design in the circuit diagrams of our three PCBs. After intense checking, they are finished. Therefore, we were able to start the layout design and placed our components according to different aspects.

Working together remotely to finalize the PCBs for our #powerelectronics system! Here you can see one of four asymetric half bridge modules which will be used to drive the 8/6 switched reluctance #motor.

Busy weeks in #circuit and #layout design have come to an end today! Here you can see the #3d step exports of our three #PCB setup designed in Altium

The power stage for an 8/6 switched reluctance motor. Designed by our #Master students from the Electronics & Drives - iSCREAM team and waiting to be powered up for the first time in the lab. #PowerElectronics #Microelectronics @HS_Reutlingen

Live from the lab: Here you can see our system controlling the current in two RL loads modelling our motor! #electronics #powerelectronics

The ASIC is in place and running! What a relief after two terms of hard work and dedication. More details to come #microelectronics #engineering