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okay yeah let's start the webinar um hello again everyone thank you for joining today's webinar i'm manu parami i'm an applications engineer at flexsim i'd like to welcome our participants today from all over the world and we hope you're safe and healthy during these difficult times during today's webinar i'll be going to discuss multitasking code for the tic-2000 microcontrollers also referred to as ncus multitasking code unlocks processing power for controls regulating multiple system outputs with dynamics on a range of time scales i encourage you to ask any questions along the way in the go to webinar application window and we'll try to answer them when appropriate or at the end or you can always contact us offline by using our general email address info flexsim.com i'll try and give the webinar to approximately 40 minutes today first i will provide an agenda for what i'll cover here's the agenda we will start with a brief background on plexum and our simulation software plex then i'll introduce the embedded code generation tool for tic-2000 microcontrollers we then can proceed to explore multi-tasking code generation for the tic-2000 family of mcus we will finish by running an application example of a single-phase pv inverter with the cascaded control scheme which will allow me to demonstrate the multitasking code feature for those of you unfamiliar with flexsim plexum has been around since 2002 started by two of my colleagues during the phd studies at the technical university of switzerland or eth the company is still privately owned and based in zurich we do also have offices in the boston area in massachusetts where i said and also seattle washington plex is our flagship product a simulation software in two versions plex block set and plex standalone block set being integrated into the matlab simulink ecosystem and standalone is an independent tool flex was developed from the very beginning to solve the typical difficulties encountered when modeling and simulating power electronic and motor drive systems flex is not only an electrical circuit simulator but as we can see here it can simulate multiple physical domains such as mechanical magnetic and thermal systems as well as supports modeling and design of continuous and discrete control systems flex supports model based development of digital control systems with automatic code generation via the plex coder which is the focus of this webinar our product portfolio also includes a real-time simulator platform the rtbox which is relevant for designing and testing power electronic systems and will be used in today's session to test the generated code before we begin i should mention that two previously held webinars covered the basics of embedded code generation in plex the links to these recorded webinars are listed on the screen here they go through the motivation behind using the automated code generation and code generation workflow in detail both webinars show using the tic-2000 code generation to control power hardware there will be some overlap at...