Part 6: 介紹 TI 針對馬達應用的參考設計 TIDA-00914，並介紹 Isolated amplifier 與 Delta-Sigma modulator 的 roadmap，它們各自的特長以及適用的馬達系統。

Part 5: 說明 Isolated amplifier 與 Delta-Sigma modulator 的比較差異、特性與功能，以及在馬達架構中 TI 可相對應使用的產品。

Part 4: 說明 FOC 控制方案、PWM 技術 - 正弦 (Sinusoidal) PWM，另外講師也說明幾個常見的 PMSM、ACIM 馬達應用案例以及其系統方塊圖。

Part 3: 說明Field-Oriented Control (FOC; 磁場導向控制) 的原理與挑戰、如何控制直流馬達的扭矩、如何控制 PMSM 的扭矩等等。

Part 2: 在這個段落講師詳細說明感應馬達 (ACIM) 與永磁同步馬達 (PMSM) 架構與原理，也說明在這兩種馬達中如何設計出高效的系統。

Part 1: 講師以常見的馬達應用破題說明馬達的重要性與未來發展趨勢，也說明無刷 (Brushed DC motor) 與有刷直流馬達 (Brushless DC motor) 的架構與差異。

Watch this to understand the different EMI/EMC standards from the system level.

1.The H-Bridge and construction 2.How to select a motor driver 3.Motor driver with integrated FET versus gate driver

1. Electric motor control system overview 2. Motor types 3. Brushed -DC motor 4. Brushless -DC motor 5. Stepper motor 6. Comparison

1.Smart Gate Drive technology 2.Smart tune -Automatic decay mode for stepper motors 3.BLDC Motor Commutation 4.Integrated current sensing technology

1.Overview 2.InstaSPIN™ motor control solution 3.DesignDRIVE software for industrial drives and motor control

Model-Based Design with MATLAB and Simulink to accelerate development and deployment of embedded control systems

Electric motors are present everywhere in our lives and have a huge potential to reduce energy consumption, enabling a greener future.

Electric motors are present everywhere in our lives and have a huge potential to reduce energy consumption, enabling a greener future.

In this session designers can learn how to add gauging, protection, balancing and charging capabilities to any existing drone design to improve flight time.

Learn how high efficiency three phase GaN power stages and isolated delta-sigma based current sensing enable higher performance servo drives with precise torque

Create a complete isolated high-voltage power design, including the design of the transformer.