QSPICE & C++ Integration: Simulating a Digital Filter Step-by-Step | Electronics & RF Engineering

[@AllElectronicsChannel]

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[@lorinczhuff2022]

Hi Gregory. Great video as usual. I want to place a vote for you doing a hardware in the loop project. For many of us, HW in the loop is implemented with Simulink as the software. You have made some awesome projects that fit the budgets of followers who can't afford high end hardware and SW yet. I would love to see QSPICE used in an application circuit that I could afford. Microcontroller applications, or A to D apps using an FPGA would be fine. There are so many ways a talented content creator like yourself could do this.

[@AllElectronicsChannel]

Thanks, that's a great idea! We should explore something like that. It would be wonderful if QSPICE came to support our work.

[@steniomedeiros6709]

This video is sensational! This content is very inspiring. I can imagine the different setups that we can use in this block and the synthesis of circuits in different applications.

[@AllElectronicsChannel]

Glad you enjoyed it!

[@Knowledge2Intelligence]

This content is very different from other videos in youtube. Thankyou for bringing this content Sir.

[@AllElectronicsChannel]

😄😄

[@ricksampson6780]

Outstanding lecture, well done Gregory!

[@AllElectronicsChannel]

I'm glad you enjoyed it!

[@marcoswillians4486]

Interessante poder usar o C pra simular. Fica fácil portar para um Arduino ou microcontrolador, para implementar filtros e controladores em aplicações reais.

[@djsbriscoe]

Please do a series of step by step tutorials for absolute beginners with both QSPICE and C++. Also can C rather than C++ be used? Thanks.

[@AllElectronicsChannel]

Noted!

[@chadx8269]

Thanks for sharing this information. This is very exciting development!

[@AllElectronicsChannel]

Glad you like it!

[@otherbasis8505]

The most important thing to implement, no doubt, is a delta-sigma ADC! Then, whatever you come up with afterwards, can be plopped into an FPGA. FPGAs (even small and cheap ones) have comparators on (differential) inputs - so it is doable. I.e. all input signals will be boolean, and yet, it will be able to process analog waveforms!

[@AllElectronicsChannel]

Yep! No doubt we should do a project like that here in the channel!

[@jcbritobr]

I would like to see you to simulate an am modulation circuit.

[@AllElectronicsChannel]

Nice!!

[@leomartihart]

veras que te vengo siguiendo de cerca!!!! GRacias por el video , lo estoy viendo saludo Gregory

[@AllElectronicsChannel]

¡Gracias, amigo!

[@CallistoPili]

a digital PLL, made in C++ code to simulate would be great to see in a video

[@AllElectronicsChannel]

Good one, thanks!

[@fouazhdib6813]

interisting, thank you very much

[@AllElectronicsChannel]

Thanks!

[@andersonnobre5163]

Thank you Eng.Greg!!! I am from Rio Claro , Brazil and I have got great knowledges to listen your videos. I am a Tecnician who work like a Industrial electrician. God Blesses you, and Merry Cristimas!☺️☺️☺️

[@AllElectronicsChannel]

Obrigado! Merry Christmas to you too! 😄

[@JJGhostHunters]

Python integration would be amazing!

[@lucaskendc]

Very interesting!

[@AllElectronicsChannel]

Thanks! I hope you learned something new!

[@mixguru9669]

Sounds fun

[@jcbritobr]

nice stuff.

[@AllElectronicsChannel]

Thanks!

[@ocp242]

You could have used DeMorgan's Law to change that goto into a proper if or while. You know better! :) Unstructured code is more difficult to debug, but at least in this case the whole function fits on one screen for now.

[@dipakbhalodia7155]

My brudher filter schamat diagram 🎉🎉filter and this sftwer is free download

[@AllElectronicsChannel]

😄😄😄