비디오 시리즈
Precision labs 시리즈: 아날로그-디지털 컨버터(ADC)
이론 및 실무 지식을 모두 사용하여 고급 애플리케이션별 문제 해결 외에 장치 아키텍처에 대한 소개 아이디어를 포함한 주문형 코스 및 튜토리얼입니다. 업계 전문가들은 설계 시간을 줄이고 개념 증명에서 제품화까지 빠르게 전환할 수 있도록 각 주제를 제시합니다. ADC(아날로그-디지털 컨버터 또는 A/D 컨버터) 커리큘럼은 주요 주제 학습 카테고리로 구분되어 있으며, 각 항목마다 짧은 교육 비디오, 여러 가지 선택 퀴즈 및 짧은 답변 연습이 포함되어 있습니다.
SPI communication basics (modes)
발표자
리소스
항목
Digital communications basics (6)
Introduction to analog-to-digital converters (ADCs) (2)
SAR and delta-sigma: Understanding the difference (4)
Analog-to-digital converter (ADC) drive topologies (5)
SAR ADC input types
00:11:46Determining a SAR ADC’s linear range when using operational amplifiers
00:17:18Hands-on experiment: Crossover distortion on ADC drive
00:11:36Determining a SAR ADC’s linear range when using instrumentation amplifiers
00:09:17Driving a SAR ADC with a fully differential amplifier
00:13:37Error sources (3)
ADC noise (13)
Introduction to noise in ADC systems
00:13:01Types of noise in ADCs
00:15:44ADC noise measurement, methods and parameters
00:25:34System noise performance for low-speed delta-sigma ADCs
00:25:06Analyzing and calculating noise bandwidth in ADC systems – multi-stage filters
00:24:37Analyzing and calculating noise bandwidth in ADC systems – the digital filter
00:23:48Gain impact on noise, ADC FSR and dynamic range
00:22:28Calculating amplifier + ADC total noise: design examples
00:13:12Introduction to reference noise in ADC systems
00:15:36Reference noise affect on signal chain performance
00:17:55Reducing reference noise ADC systems: ratiometric, internal, external
00:11:32Calculating the total noise for ADC systems
00:10:11Hands-on experiment: ADC noise
00:16:35AC specifications (5)
Successive-approximation-register (SAR) analog-to-digital converter (ADC) input driver design (7)
Introduction to SAR ADC front-end component selection
00:17:36Selecting and verifying the driver amplifier
00:09:01Building the SAR ADC model
00:12:17Refine the Rfilt and Cfilt values on ADC drive
00:13:42Hands-on experiment: Amplifier settling and charge bucket filter design
00:22:03Math behind the R-C component selection
00:06:09Driving SAR ADC without amplifiers
00:15:21Driving the reference input on a SAR ADC (6)
Low-power SAR ADC system design (2)
Electrical overstress on data converters (12)
EOS and ESD on ADC
00:16:00External EOS protection devices
00:10:32Import diode's PSpice model into TINA
00:03:55Protecting low voltage ADC from high voltage amp
00:23:28Protecting low voltage ADC: Improved solution
00:07:15Protecting ADC with TVS diode
00:19:21Protecting ADC with TVS diode: Improved solution
00:14:43Protecting Delta-Sigma ADC: RTD Overview
00:12:25Protecting Delta-Sigma ADC: Input Protection Circuit Operation
00:11:36Protecting Delta-Sigma Component Selection
00:11:22Protecting Delta-Sigma with TVS: Performance Impact
00:14:06Protecting Delta-Sigma ADC: Special Input Range
00:08:10PCB design for good EMC (8)
Introduction - PCB design for good EMC
00:17:37PCB trace as a wave guide
00:15:50PCB stackup impact on performance
00:09:02PCB trace impedance matching
00:11:48Crosstalk on PCB layouts
00:16:26Data integrity issues
00:17:47Decoupling capacitors
00:17:50Electromagnetic compatibility testing methods and standards
00:22:16High-speed analog-to-digital converter (ADC) fundamentals (7)
Comparing high-speed analog-to-digital (ADC) and digital-to-analog (DAC) converter architectures
00:18:40Jitter's impact on signal-to-noise ratio (SNR) for high-speed analog-to-digital converters (ADCs)
00:08:00Understanding signal to noise ratio and noise spectral density in high speed data converters
00:14:32Bandwidth vs. frequency: Subsampling concepts
00:09:16Sampling vs. data rate, decimation (DDC) and interpolation (DUC) in high-speed data converters
00:18:40Understanding sampling, Nyquist zones, harmonics and spurious performance in high-speed ADCs
00:04:24High-speed data converter signal processing: Real and complex modulation
00:15:44Measuring RTDs with precision ADCs (5)
Precision labs 시리즈: 아날로그-디지털 컨버터(ADC)
Digital communications basics (6)
Introduction to analog-to-digital converters (ADCs) (2)
SAR and delta-sigma: Understanding the difference (4)
Analog-to-digital converter (ADC) drive topologies (5)
SAR ADC input types
00:11:46Determining a SAR ADC’s linear range when using operational amplifiers
00:17:18Hands-on experiment: Crossover distortion on ADC drive
00:11:36Determining a SAR ADC’s linear range when using instrumentation amplifiers
00:09:17Driving a SAR ADC with a fully differential amplifier
00:13:37Error sources (3)
ADC noise (13)
Introduction to noise in ADC systems
00:13:01Types of noise in ADCs
00:15:44ADC noise measurement, methods and parameters
00:25:34System noise performance for low-speed delta-sigma ADCs
00:25:06Analyzing and calculating noise bandwidth in ADC systems – multi-stage filters
00:24:37Analyzing and calculating noise bandwidth in ADC systems – the digital filter
00:23:48Gain impact on noise, ADC FSR and dynamic range
00:22:28Calculating amplifier + ADC total noise: design examples
00:13:12Introduction to reference noise in ADC systems
00:15:36Reference noise affect on signal chain performance
00:17:55Reducing reference noise ADC systems: ratiometric, internal, external
00:11:32Calculating the total noise for ADC systems
00:10:11Hands-on experiment: ADC noise
00:16:35AC specifications (5)
Successive-approximation-register (SAR) analog-to-digital converter (ADC) input driver design (7)
Introduction to SAR ADC front-end component selection
00:17:36Selecting and verifying the driver amplifier
00:09:01Building the SAR ADC model
00:12:17Refine the Rfilt and Cfilt values on ADC drive
00:13:42Hands-on experiment: Amplifier settling and charge bucket filter design
00:22:03Math behind the R-C component selection
00:06:09Driving SAR ADC without amplifiers
00:15:21Driving the reference input on a SAR ADC (6)
Low-power SAR ADC system design (2)
Electrical overstress on data converters (12)
EOS and ESD on ADC
00:16:00External EOS protection devices
00:10:32Import diode's PSpice model into TINA
00:03:55Protecting low voltage ADC from high voltage amp
00:23:28Protecting low voltage ADC: Improved solution
00:07:15Protecting ADC with TVS diode
00:19:21Protecting ADC with TVS diode: Improved solution
00:14:43Protecting Delta-Sigma ADC: RTD Overview
00:12:25Protecting Delta-Sigma ADC: Input Protection Circuit Operation
00:11:36Protecting Delta-Sigma Component Selection
00:11:22Protecting Delta-Sigma with TVS: Performance Impact
00:14:06Protecting Delta-Sigma ADC: Special Input Range
00:08:10PCB design for good EMC (8)
Introduction - PCB design for good EMC
00:17:37PCB trace as a wave guide
00:15:50PCB stackup impact on performance
00:09:02PCB trace impedance matching
00:11:48Crosstalk on PCB layouts
00:16:26Data integrity issues
00:17:47Decoupling capacitors
00:17:50Electromagnetic compatibility testing methods and standards
00:22:16High-speed analog-to-digital converter (ADC) fundamentals (7)
Comparing high-speed analog-to-digital (ADC) and digital-to-analog (DAC) converter architectures
00:18:40Jitter's impact on signal-to-noise ratio (SNR) for high-speed analog-to-digital converters (ADCs)
00:08:00Understanding signal to noise ratio and noise spectral density in high speed data converters
00:14:32Bandwidth vs. frequency: Subsampling concepts
00:09:16Sampling vs. data rate, decimation (DDC) and interpolation (DUC) in high-speed data converters
00:18:40Understanding sampling, Nyquist zones, harmonics and spurious performance in high-speed ADCs
00:04:24High-speed data converter signal processing: Real and complex modulation
00:15:44