[Web Base Training] Thiết Kế RF Ứng Dụng Trong IoT & Truyền Thông

Giới thiệu về khóa học

Các bạn đã có kinh nghiệm thiết kế PCB, nhưng cần kỹ năng nâng cao hơn để có thể bắt đầu thiết kế với các ứng dụng RF, Highspeed.

Khóa học Thiết Kế RF Ứng Dụng Trong IoT & Truyền Thông cung cấp đầy đủ kiến thức nền tảng và kinh nghiệm thực chiến để bạn có thể bắt đầu từng bước làm được các mạch ứng dụng thực tế.
Với cách tiếp cận kết hợp lý thuyết với thực hành, khóa học sẽ giúp bạn hiểu rõ và hiểu sâu các nguyên lý thiết kế tần số cao và tốc độ cao.

Lecture ID	Contents	Outputs
Lecture 1	R, L, C & PCB Characteristics	Master how R, L, C components and PCB materials impact high-frequency designs. Learn to select the optimal components for specific hardware requirements.
Lecture 2	RF Fundamentals & Frequency Management	Understand essential RF terminology and the physical meaning of Maxwell’s Equations. Explore RF wave generation and global frequency band management.
Lecture 3	ADS & CST Practical Training	Gain hands-on experience with industry-standard RF design tools. Learn to configure and use distributed libraries (Murata, Johanson, etc.) within the design environment.
Lecture 4	Wireless Communication Architecture	Explore common wireless system architectures. Analyze the impact of LO and PLL on system performance and establish a theoretical foundation for deep-dive modules.
Lecture 5	[Transceiver] Nonlinear Models & RF Mixers	Deep dive into nonlinear circuit modeling. Understand RF Mixer architectures, their internal workings, and how they function within a transceiver chain.
Lecture 6	[Transceiver] Modulation & Demodulation	Comprehensive study of modulation methods. Visualize the signal flow from LO and Mixer to Modulation, analyzing inter-component dependencies.
Lecture 7	ADC/DAC & Transmission Line EM Modeling	Master critical ADC/DAC specifications for proper application selection. Practice Electromagnetic (EM) modeling to analyze Transmission Line effects on signal integrity.
Lecture 8	[Transceiver] PA, LNA & Antenna	Evaluate key specifications for Power Amplifiers (PA), Low Noise Amplifiers (LNA), and Antennas. Understand their collective impact on communication link budgets.
Lecture 9	Inverted-F Antenna (IFA) Design & VNA/VSA	Understand antenna physics and practice designing an Inverted-F Antenna (popular in IoT). Correlate system-level knowledge with VNA/VSA measurement techniques.
Lecture 10	Impedance Matching, Smith Chart & S-Params	Master matching theory and the necessity of impedance transformation. Learn to represent RF impedance on the Smith Chart and verify designs using S-Parameters.
Lecture 11	Matching Methods & Antenna Tuning Practice	Explore various matching topologies and troubleshooting techniques for mismatch issues. Practical session: Tune the matching network for your designed antenna.
Lecture 12	SI Basics & High-Speed EM Modeling	Analyze Signal Integrity (SI) in both Time and Frequency domains. Learn to verify and tune layouts to meet stringent high-speed design requirements.
Lecture 13	EMI, EMC, EMS & ESD Protection	Understand the generation of Electromagnetic Interference (EMI) and implement effective mitigation strategies for EMC/EMS compliance and ESD protection.
Lecture 14	Final Capstone Project	Practical Verification: 1. Match ADRV9009 (Analog Devices) non-50Ω ports to 50Ω RF ports. 2. Validate a 3 GHz high-speed layout. 3. Design and match an Inverted-F antenna from scratch.

Hiển thị thêm

Nắm chắc kiến thức về RF, hệ thống thu phát không dây
Tự thiết kế được antenna cơ bản và tự thiết kế được mạch matching cho antenna. Các bạn không còn phụ thuộc vào recommended design của hãng.
Nguyên lý cơ bản của SI, thiết kế và phân tích mạch số tốc độ cao
Làm sao để thiết kế low EMI, or đạt được EMC
Basic về Worst Case Circuit Analysis
Hiểu nguyên lý hoạt động và cách thiết lập tham số cho các máy đo cao tần như máy VNA/ SA (Vector Network Analyzer/ Signal Analyzer)
Giảng viên hỗ trợ thiết kế/ review một dự án thực tế sau khi hoàn thành

Nội dung khóa học

[Lecture 1] R, L, C and PCB characteristic

[Lecture 1] Slide Presentation
About Intructor

02:35
[Lesson 1.1] 1.RF_Fundamentals_Resistor

32:17
[Lesson 1.1] 2.RF_Fundamentals_Inductor

20:48
[Lesson 1.1] 3.RF_Fundamentals_Capacitor1

25:03
[Lesson 1.1] 4.RF_Fundamentals_Capacitor2

19:30
[Lesson 1.1] 5.RF_Fundamentals_Capacitor3

11:13
[Lesson 1.1] 6.RF_Fundamentals_PCB & WCCA

23:23
[Lecture 1] WCCA Documentation
[Lecture 1] Home work & Feedback

[Lecture 2] RF Term, Frequency Management

[Lesson 1.2] Slide Presentation
[Lesson 1.2] 1.Home work review

22:58
[Lesson 1.2] 2.RF measurement unit and conversion

25:08
[Lesson 1.2] 3.Definiton AC, DC, RF Review E, B Field

15:42
[Lesson 1.2] 4.Maxwell Equation & E, B wave

34:48
[Lesson 1.2] 5.Frequency, Wave Length, Faraday rule

21:16
[Lesson 1.2] 6.RF Wave Impedance

14:20
[Lesson 1.2] 7.Frequency management

19:22
[Lesson 1.2] Homework & Feedback

[Lecture 3] Practicing ADS, CST

[Lecture 4] Wireless communication system architecture

[Lecture 4] Slide Presentation
[Lesson 2.1] 1.Overview RF Transceiver Architecture

15:09
[Lesson 2.1] 2.TDD FDD Full Half Duplex

30:04
[Lesson 2.1] 3.Fourier Transform, Signal Time and Frequency domain

14:00
[Lesson 2.1] 4.FFT DFFT Nyquist/ Shannon Sampling Rule

11:12
[Lesson 2.1] 5.LO Phase Noise, Jitter, Phase Lock Loop

24:53
[Lesson 2.1] 6.TL Impedance Calculator Tool

14:37
[Lesson 2.1] 7.CST Transmission Line Impedance verification

19:42
[Lesson 2.1] 8.ADS LO Time and Frequency Domain Simulation

15:47
[Lesson 2.1] Homework & Feedback

[Lecture 5] Transceiver. Nonlinear circuit model, RF Mixer

[Lecture 6] Transceiver. Modulation, De-modulation

[Lecture 6] Slide Presentation
[Lesson 2.3] 1. Practice ADS: Phase delay, Electrical Length

17:47
[Lesson 2.3] 2. Practice ADS: Pi and T Attenuation

12:11
[Lesson 2.3] 3. Practice ADS. Transmission Line Effect/ HB Simulation

26:47
[Lesson 2.3] 4. RF Skin effects. Modulation method

19:15
[Lesson 2.3] 5. Single Carrier Modulation/ QAM

13:33
[Lesson 2.3] 6. How I/Q Signal be generated ? Multi Carrier OFDM, Understanding Signal Analyzer specification

14:25
[Lesson 2.3] Homework & Feedback

[Lecture 7] Transceiver. ADC/ DAC/ Transmission Line EM model

[Lecture 7] Slide Presentation
[Lesson 2.4] 1.ADC Key Specification Overview

14:07
[Lesson 2.4] 2.ADC Quantazation Noise

20:52
[Lesson 2.4] 3.ADC Signal to Noise Ratio

15:50
[Lesson 2.4] 4.ADC THD, SINAD, ENoB, SFDR

09:17
[Lesson 2.4] 5.ADC DC Specification

10:01
[Lesson 2.4] 6.DAC Specification

12:21
[Lesson 2.4] 7.Practice ADS: Transmission Line EM Model1 (Important!)

22:17
[Lesson 2.4] 8.Practice ADS: Transmission Line EM Model2 (Important!)

22:40
[Lesson 2.4] Homework & Feedback

Giới thiệu về khóa học

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Nội dung khóa học

[Lecture 1] R, L, C and PCB characteristic

[Lecture 1] Slide Presentation

About Intructor

[Lesson 1.1] 1.RF_Fundamentals_Resistor

[Lesson 1.1] 2.RF_Fundamentals_Inductor

[Lesson 1.1] 3.RF_Fundamentals_Capacitor1

[Lesson 1.1] 4.RF_Fundamentals_Capacitor2

[Lesson 1.1] 5.RF_Fundamentals_Capacitor3

[Lesson 1.1] 6.RF_Fundamentals_PCB & WCCA

[Lecture 1] WCCA Documentation

[Lecture 1] Home work & Feedback

[Lecture 2] RF Term, Frequency Management

[Lesson 1.2] Slide Presentation

[Lesson 1.2] 1.Home work review

[Lesson 1.2] 2.RF measurement unit and conversion

[Lesson 1.2] 3.Definiton AC, DC, RF Review E, B Field

[Lesson 1.2] 4.Maxwell Equation & E, B wave

[Lesson 1.2] 5.Frequency, Wave Length, Faraday rule

[Lesson 1.2] 6.RF Wave Impedance

[Lesson 1.2] 7.Frequency management

[Lesson 1.2] Homework & Feedback

[Lecture 3] Practicing ADS, CST

[Lecture 3] Slide Presentation

[Lesson 1.3] 1.Practice Unit conversion

[Lesson 1.3] 2.Practice CST E, B Field, Maxwell Equation _Cable Simulation

[Lesson 1.3] 3.Practice CST Wave guide_ Transmission Line Simulation

[Lesson 1.3] 4.Practice ADS Pathwave

[Lesson 1.3] Homework & Feedback

[Lecture 4] Wireless communication system architecture

[Lecture 4] Slide Presentation

[Lesson 2.1] 1.Overview RF Transceiver Architecture

[Lesson 2.1] 2.TDD FDD Full Half Duplex

[Lesson 2.1] 3.Fourier Transform, Signal Time and Frequency domain

[Lesson 2.1] 4.FFT DFFT Nyquist/ Shannon Sampling Rule

[Lesson 2.1] 5.LO Phase Noise, Jitter, Phase Lock Loop

[Lesson 2.1] 6.TL Impedance Calculator Tool

[Lesson 2.1] 7.CST Transmission Line Impedance verification

[Lesson 2.1] 8.ADS LO Time and Frequency Domain Simulation

[Lesson 2.1] Homework & Feedback

[Lecture 5] Transceiver. Nonlinear circuit model, RF Mixer

[Lecture 5] Slide Presentation

[Lesson 2.2] 1.Base Theory_Spectrum Analyzer

[Lesson 2.2] 2.Base Theory_NonLinear_Model

[Lesson 2.2] 3.Upconverter. IQ miss match. DC offset

[Lesson 2.2] 4.Down Converter. RX Architecture

[Lesson 2.2] 5.Review and Disscusion

[Lesson 2.5] Homework & Feedback

[Lecture 6] Transceiver. Modulation, De-modulation

[Lecture 6] Slide Presentation

[Lesson 2.3] 1. Practice ADS: Phase delay, Electrical Length

[Lesson 2.3] 2. Practice ADS: Pi and T Attenuation

[Lesson 2.3] 3. Practice ADS. Transmission Line Effect/ HB Simulation

[Lesson 2.3] 4. RF Skin effects. Modulation method

[Lesson 2.3] 5. Single Carrier Modulation/ QAM

[Lesson 2.3] 6. How I/Q Signal be generated ? Multi Carrier OFDM, Understanding Signal Analyzer specification

[Lesson 2.3] Homework & Feedback

[Lecture 7] Transceiver. ADC/ DAC/ Transmission Line EM model

[Lecture 7] Slide Presentation

[Lesson 2.4] 1.ADC Key Specification Overview

[Lesson 2.4] 2.ADC Quantazation Noise

[Lesson 2.4] 3.ADC Signal to Noise Ratio

[Lesson 2.4] 4.ADC THD, SINAD, ENoB, SFDR

[Lesson 2.4] 5.ADC DC Specification

[Lesson 2.4] 6.DAC Specification

[Lesson 2.4] 7.Practice ADS: Transmission Line EM Model1 (Important!)

[Lesson 2.4] 8.Practice ADS: Transmission Line EM Model2 (Important!)

[Lesson 2.4] Homework & Feedback

[Lecture 8] Transceiver. PA/ LNA/ Antenna Specification

[Lecture 8] Slide Presentation

[Lecture 9] Invert F Antenna Design, How VNA/ VSA work

[Lecture 9] Slide Presentation

[Lecture 10] Impedance matching Term, Smith Chart, S-parameter

[Lecture 10] Slide Presentation

[Lecture 11] Impedance matching method, Practicing antenna matching

[Lecture 11] Slide Presentation

[Lecture 12] SI Basic, Highspeed Transmission Line EM model

[Lecture 12] Slide Presentation