Analog ic Design Course
What will I learn?
Ithute dintlha tsa botlhokwa tsa go dira di-IC tsa analogue ka koso ya rona e e tsepameng e e diretsweng bomankge ba tsa electronics. Inaakanye le mekgwa ya go etsa le go tokafatsa, laola tiriso ya motlakase, mme o tokafatse dipalo tsa gain le lerata. Sekaseka metheo ya go dira disekete tsa RF, go akaretsa go dira difilthara le go nyalanya impedance. Nna le bokgoni mo didirisweng tsa automation tsa go dira electronics le go tlhaloganya di amplifier tse di lerata le le kwa tlase. Ithute feedback, stability, le noise analysis mo disekete tsa analogue, mme o gaisane mo go kwalong ditokomane tsa design le go bega ka botegeniki.
Apoia's Unique Advantages
Develop skills
Enhance the development of the practical skills listed below
Itseng dipalo tsa simulation: Tokafatsa tiriso ya sekete ka di simulation tse di nepahetseng.
Tokafatsa tiriso ya motlakase: Diragatsa maano a go fokotsa tiriso ya motlakase ka bokgabane.
Dira difilthara tsa RF: Tlhama difilthara tsa RF tse di mosola go bona tiriso e e kwa godimo ya signal.
Dirisa didirisiwa tsa EDA: Dirisa didirisiwa tse di kwa pele tsa automation e e sa kgoreletseng ya go dira electronics.
Sekaseka lerata mo disekete: Dira tshekatsheko e e feletseng ya lerata go tokafatsa bothibedi jwa sekete.
Suggested summary
Workload: between 4 and 360 hours
Before starting, you can modify the chapters and the workload.
- Choose which chapter to start with
- Add or remove chapters
- Increase or decrease the course workload
Examples of chapters you can add
You’ll be able to generate more chapters like the examples below
This is a free course, focused on personal and professional development. It is not equivalent to a technical, undergraduate, or postgraduate course, but offers practical and relevant knowledge for your professional journey.