Analysis of basic knowledge of frequency converter-EEWORLD

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Problem Solving Using a Single Op Amp to Drive an ADC

introduction We all know that the main factors affecting data acquisition systems include speed, accuracy, power consumption, package size, and device cost. For different applications, the most critical factors are different. This article describes how to use a single operational amplifier to drive the ADC in a

[Industrial Control]

Problem Solving Using a Single Op Amp to Drive an ADC

Introduction to the ADA4930-1/ADA4930-2 Ultralow Noise Driver for Low Voltage ADCs

The ADA4930-1/ADA4930-2 are ultralow noise, low distortion, high speed differential amplifiers that are ideal for driving high performance 1.8 V ADCs with up to 14-bit resolution and from dc to 70 MHz. The adjustable output common-mode level enables the ADA4930-1/ADA4930-2 to match the input of the ADC. The internal co

[Power Management]

Introduction to the ADA4930-1/ADA4930-2 Ultralow Noise Driver for Low Voltage ADCs

STM32 ADC configuration

For STM32, several parameters need to be configured when using ADC. (1) The first parameter is ADC_Mode, which is set to independent mode here: ADC_InitStructure.ADC_Mode = ADC_Mode_Independent; In this mode, the dual ADCs cannot be synchronized, and each ADC interface works independently. So if ADC synchroni

[Microcontroller]

STM8S003xx Study Notes (1): Analog/Digital Converter (ADC)

Although I have been using STM8S003F for a year, I still don't have a detailed understanding of some of it. From today on, I will learn it in detail by referring to the chip data. This article is a study note for analog/digital converter (ADC), mainly based on "STM8S Reference Manual_Chinese" (hereinafter referred to

[Microcontroller]

STM8S003xx Study Notes (1): Analog/Digital Converter (ADC)

Design of DC/DC regulator circuit for EMI reduction by spectrum spreading

　　introduction 　　Switching mode DC/DC regulators have low heat dissipation on densely packed system circuit boards. However, the rapid switching of currents, poorly defined layouts, placement and selection of components such as inductors make it possible for the resulting circuit to become a major source of EMI (el

[Power Management]

Design of DC/DC regulator circuit for EMI reduction by spectrum spreading

Several DC-DC circuits

[Power Management]

Understanding the impact of ADC errors on system performance (Part 1)

Abstract: Many engineers encounter some very subtle problems in their designs: the ADC specifications are often lower than the system requirements. This article introduces how to reasonably select an ADC based on system requirements and lists the various error sources that may be encountered in ADC measurements. Usi

[Analog Electronics]

Understanding the impact of ADC errors on system performance (Part 1)

Dynamic DC-DC Converter for Variable Voltage Control

In our previous blog notes, we have explained how improving the efficiency of electric vehicle powertrains can increase their range (Note I) and how better software controlling inverters and electric motors can improve efficiency compared to traditional solutions (Note II). Today we will discuss the inter

[Embedded]

Dynamic DC-DC Converter for Variable Voltage Control

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