模数转换器（ADC）是各种系统的关键组成部分，如生物医学、通信和信号处理。它们需要有较高的转换效率，有时还要有较高的性能。ADC也是连接现实世界信号和数字世界的桥梁，往往是信号处理接口的瓶颈。本教程将涵盖高速ADC设计的原理、传统架构和最先进的设计。描述了ADC的度量。然后，介绍混合或非混合架构的各种先进设计。该教程最后将以数字辅助解决技术结束。

Analog-to-Digital Converters (ADCs) are critical components of a variety of systems, such as biomedical, communications, and signal processing. They require to be with high conversion efficiency and sometimes together with high performance. The ADCs also bridge the real-world signal to the digital world and often are the bottleneck of the signal processing interface. This tutorial will cover the principles, traditional architectures, and state-of-the-art designs of high-speed ADC designs. The metrics of ADCs are first described. Then, various advanced designs in hybrid or non-hybrid architectures are introduced. The tutorial will finally conclude with digital-assisted solution techniques.

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基本的MOS器件模型，晶体管级模拟电路，基本单元增益级，反馈。

基本的电路和系统理论，频率响应，拉普拉斯和Z域变换，模拟电路的噪声分析。

Basic MOS device modeling, transistor-level analog circuits, elementary gain stages, feedback.

Basic signals and systems theory, frequency response, Laplace and z-transforms, Noise analysis in analog circuits.

参加本课程需要具备基本的模拟电路知识，对ADC感兴趣的设计工程师，设计经理，在校的高年级本科生、研究生等。

Advanced undergraduate or graduate students and practicing engineers who wish to develop a solid knowledge of ADC. A basic understanding of analog circuits is assumed.

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课程时间：2023年06月08日—09日（2天）

报到注册时间：2023年06月08日，上午8:30-9:00

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2023年06月08日—09日

Lecture 1: Common Advanced Building Blocks and Metrics in ADCs

•Performance and Comparison Metrics

•Clock Receiver

•Sampling and Hold Circuit

•Input Buffer

•Reference Buffer

•Comparator

Lecture 2: Flash ADCs

•Fundamental

•Conventional Folding and Interpolation

•Advanced Folding and Interpolation

•Advanced Flash ADCs

•Metastability

Lecture 3: SAR ADCs

•Fundamental

•Advanced Switching Schemes

•Advanced High-speed SAR ADCs

•Advanced High-speed Multi-bit SAR ADCs

•Metastability

Lecture 4: Pipelined and Pipeline SAR ADCs

•Fundamental

•Advanced MDAC

•Advanced Pipelined ADCs

•Advanced Pipelined SAR ADCs

•Metastability

Lecture 5: Time-interleaved ADCs

•Fundamental

•Mismatch Errors and Calibrations

•Advanced Time-interleaved ADCs

•Characteristics and Limitations

Lecture 7: Time-domain ADCs

•Fundamental

•Voltage-to-time converter and Time-to-digital converter

•Advanced Time-domain ADCs

•Metastability and outlook

Lecture 8: Noise-shaping SAR ADCs

•Fundamental

•Loop Filter Implementations

•Advanced Noise-shaping SAR ADCs

•Time-interleaved Noise-shaping SAR ADCs

Lecture 9: High-speed Continuous-time ADCs

•Fundamental

•Loop Filter Implementations

•Advanced Continuous-time Sigma Delta Modulators

•Continuous-time pipeline ADCs

Lecture 10: Digital-Assisted Solutions

•DAC Error

•Offset Error

•Input Buffer Distortion

•Others

Q&A: Related Problems faced by Participants

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