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Introduction to Embedded Systems and Telecommunications: Understanding Electronics and RF Design

This course provides a comprehensive overview of embedded systems and telecommunications, focusing on electronics fundamentals, RF transmit systems, and practical applications. Students will learn to analyze and synthesize circuit designs, engage in lab work involving simulations and measurements, and undertake a project to design and build an FM transmitter. Pre-requisites include a grasp of basic electronics concepts such as Kirchhoff's laws and Ohm's law. This hands-on course fosters problem-solving skills and theoretical knowledge through lectures, labs, and assessments.

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Introduction to Embedded Systems and Telecommunications: Understanding Electronics and RF Design

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  1. ElBasFun what, what, what en how AJ@AT HH docent: Anne-Johan Annema

  2. ElBasFun: what? • ElBaFun: required preknowledge • ElBasFun: what level • ElbasFun: organisational stuff

  3. user Embedded Systems Telecom Networks software systeem Microelectronics & Microsystems ElBasFun opleiding EL circuit component fysica

  4. ElBasFun: what? baseband IC (cell phone) • Electronics: • analog(incl RF) • digital

  5. ElBasFun: what? baseband IC (cell phone) • System: • Sub-systems • Sub-sub-systems • Components • Physics stuff • Noadays: • More electronics • More challenges therein

  6. in ElBasFun: • “normal” electronics • RF electronics • understand, design (FM), build, measure, ... ElBasFun: what?

  7. Engelstaligtextbook  ElBasFun: what? • review semi-conductor physics • circuits- understand- analyze- synthesize • RF transmit systems • methodologies, …

  8. Preknowledge • Basic electronics (ECS): • Kirchhoff Current & Voltage law • Ohm’s Law (R,C,L) • Nodal/mesh analysis (although I’m not gonna use these no-insight methods) • Basic mathematical skills • Complex numbers (are not complex) • *1, +0, …

  9. ElBasFun: what level? • knowledge, understand, (insight), apply • You’ll learn a lot- electronics - solving non-linear problems - RF transmitters … • “hard werken, leerzaam & leuk”

  10. What level? ≠ Knowing examples/reproduce:from that: reproduce THE Basics (widely applicable)from that: analyze and/orfrom that: apply to novel stuff

  11. Organisational stuff • Lab work (~20+20h): • calculate, simulate • build • measure • interpret • Project: • - fm-transmitter- design- build- measure,… Theoretical part: • “lectures” (~40 hours) • the main points • some off-topic things • exercises • ~40 hours • … • S/Z (~60 hours)- exercises, study, …

  12. Organisational stuff • 1 Exam + lab work grade + project grade • 0-1-2 mid-term test(s) • may replace 1 exam question • optional • 1 quiz (if enough players/students): • “1 vs. 100” dealing with all ElBasFun-ish matter • bonus points for the exam • optional

  13. ElectronicsBasics&Functions schedule: Check EC1: if(ElBasFun)then ECS-B ElBasFun

  14. ElBasFun schedule: W-zaal

  15. ElBasFun: wat?

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