'Gain error' diaporamas de présentation

Circuit Types and Analysis

Circuit Types and Analysis. DFM = Design for Manufacturing DFR = Design for Reliability. Linear Analog Circuit Blocks. Amplifiers and Attenuators Math Functions (add, subtract) Oscillators (sinusoidal) Filters Voltage Regulators Voltage References. Non-Linear Analog Circuit Blocks.

1.36k views • 95 slides

Circuit Types and Analysis

Circuit Types and Analysis. DFM = Design for Manufacturing DFR = Design for Reliability. Linear Analog Circuit Blocks. Amplifiers and Attenuators Math Functions (add, subtract) Oscillators (sinusoidal) Filters Voltage Regulators Voltage References. Non-Linear Analog Circuit Blocks.

952 views • 94 slides

Circuit Types and Analysis

Circuit Types and Analysis. DFM = Design for Manufacturing. Passive Components, RLC. Critical Factors: Ambient Temperature Thermal Deratings & Variation of Primary Parameter (Temp Co) Maximum Imposed Voltage and/or Current Maximum Imposed dV/dT and/or Frequency

763 views • 64 slides

Analog to Digital Converters

Analog to Digital Converters. Nyquist-Rate ADCs Flash ADCs Sub-Ranging ADCs Folding ADCs Pipelined ADCs Successive Approximation (Algorithmic) ADCs Integrating (serial) ADCs Oversampling ADCs Delta-Sigma based ADCs. Conversion Principles. ADC Architectures.

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Synthesis Imaging Workshop

346 views • 34 slides

Project Block Diagram

532 views • 32 slides

??????? CMOS ??????????????????? (Power-Aware High-Speed ADC in Deep Submicron CMOS)

??????? 2011 ????????????. ??????? CMOS ??????????????????? (Power-Aware High-Speed ADC in Deep Submicron CMOS). Outline. Motivation H igh-speed ADC IC design example Digitally-assisted algorithm and architecture Circuit implementation Experimental results Summary.

485 views • 29 slides

386 views • 25 slides

Data Converter Overview: D/A and A/D converters

Data Converter Overview: D/A and A/D converters. Dr. Paul Hasler and Dr. Philip Allen. The need for Data Converters. DIGITAL. PRE-PROCESSING. POST-PROCESSING. ANALOG. ANALOG SIGNAL. PROCESSOR. (Filtering and analog. (Digital to analog. OUTPUT. (Microprocessor). to digital conversion).

243 views • 23 slides

Why Data Conversion?

Why Data Conversion?. Real world is analog Mostly, communication and computation is digital Need a component to convert analog signals to digital (ADC) and convert the processed digital signal back to analog (DAC). Types of Data Converters. Niquist rate data converters Serial

276 views • 12 slides

Why Data Conversion?

Why Data Conversion?. Real world is analog Mostly, communication and computation is digital Need a component to convert analog signals to digital (ADC) and convert the processed digital signal back to analog (DAC). Types of Data Converters. Niquist rate data converters Serial

362 views • 12 slides

Why Data Conversion?

Why Data Conversion?. Real world is analog Mostly, communication and computation is digital Need a component to convert analog signals to digital (ADC) and convert the processed digital signal back to analog (DAC). Types of Data Converters. Niquist rate data converters Serial

290 views • 12 slides

Tolerance Analysis

Tolerance Analysis. Identify each of the error sources. Determine the sensitivity of each performance parameter to changes in each error source assuming all other sources are error free.

441 views • 5 slides