We use powerful simulation tools e.g. PLECS and LT spice  to design a broad range of power electronics applications. We start simulation on a device level using semiconductor physics based models, Once switching behaviour is fully comprehended, we start building system using reduce complexity behavioural model. Finally complete power electronics system along with its control system is tested for its stability.

Our thermal loss estimation starts with the very detailed device level modelling where one switching event is studied in detailed. The loss detail is then applied to the system level to evaluate the heatsink. The heatsink is then selected based on the required thermal performance and the budget.

We believe that the most cost effective way to design a power electronics system up to 75kW is by using a Power PCB based design instead of using stacks and busbars. We have very precise simulation tools which can estimate the parasitic inductance and resistance of the Power PCB tracks. Keeping everything on the PCB i.e. control and gate drives and makes the circuit more compact and elegant. 

We believe that the most cost effective way to design a power electronics system up to 75kW is by using a Power PCB based design instead of using stacks and busbars. We have very precise simulation tools which can estimate the parasitic inductance and resistance of the Power PCB tracks. Keeping everything on the PCB i.e. control and gate drives and makes the circuit more compact and elegant. 

A project becomes even more challenging if the key people or the technical leads leave the company. In this situation, our engineers can take the project on-board and work along with your team to fulfil the project objectives.

If you have already done the design and are in the phase where mass production is about to start, Its worth to get engage with our team of experts just to get the design checked to avoid any later surprises.

We can help you in writing a detailed technical specification document for any power electronics project. The level of details we put in can save you from the later stage design surprises

If you have an idea, a design concept or a prototype, we can help you to create an industrial product. Taking it further, we can help you with power circuit optimisation thereby reducing the cost.

We can help you in achieving compliance with the relevant IEC and international standards e.g. Electromagnetic interference (EMI), Electromagnetic coupling (EMC) and Total Harmonic Distortion (THD) for grid compliance.