Part 1: 在自動化的領域中常見 AI、AO、DI、DO，講師說明其常見的應用範圍，例如溫度、壓力、距離、高度等等，藉由偵測到以上的數據進而執行相關的動作。在此段落講師詳細的說明應用的領域以及 PLC 的應用範例。

Part 2: 講師分析四線式 (4-wire) 的原理與應用，然後在此章節詳細說明三線式 (3-wire) 的電路解析，對於需要進行三線式電路設計的工程師而言，是非常詳深入、全面的剖析。最後講師也以幾個 TI 參考設計說明設計範例。

Part 3: 使用 PLC AO 模組常見系統發熱的問題，講師針對這點說明在設計時應該如何避免。也針對 2-wire 兩線式電路的設計說明原理以及如何避免常見的設計問題。

Part 4: 在此章節講師說明何為 HART (Highway Addressable Remote Transducer)，其運作原理與兩線式 AI 或 AO 搭配時需要注意的設計要點。

Part 6: 針對 HART waveform、保護元件的設計、Error Test 、output noise等應如何設計或避免，以便縮短產品上市時間。

Part 1: Speaker starts from a Precision DAC portfolio table to introduce the features as well as the popular application in the industrial market.

Part 2: In this speaker addresses the resistor ladder (3-bit), the theory and the way it works. Also introduce the R-2R DAC’s advantage, disadvantage and the ap

Part 4: In this part, the speaker further introduces Glitch and its sources, major carry transition, glitch vs. DAC structure, glitch reduction techniques … etc

A practical overview of the basics of precision DACs, their key performance parameters, and what applications they are found in.

Explains how a precision DAC is used in different circuits and how to find the suitability of a DAC for a given end equipment or a subsystem.

Explains circuit and software design for a precision DAC as well as the tools and support available from TI to minimize the learning time.

This video takes a look at how a device with integrated ADCs, DACs, and temperature sensors can be used in power amplifier biasing.