ENGLISH
•
简体中文
•
日本語
•
한국어
최신정보
제품
솔루션
설계
애플리케이션 노트
지원
구매
회사소개
MEMBERS
제품 검색
설계자용 정보 및 설계 툴
애플리케이션 노트
최신 애플리케이션 노트
튜토리얼
EE 용어집
디자인 가이드
EEducation 자료
Engineering Journal 및 Microengineering Review
제조, 설계, 생산, 품질 보증/신뢰성, 구매
설계자용 각부 연락처
기술지원
Maxim
>
설계자 라이브러리
>
애플리케이션 노트
튜토리얼
관련 사이트 보기:
애플리케이션 노트
1-WIRE® 소자
A/D 및 D/A 컨버전/샘플링 회로
앰프 및 비교기 회로
ASIC
오디오 회로
자동 시험 장비 (ATE)
자동차
기지국/무선 인프라
배터리 관리
회로 보호
통신 회로
디지털 포텐쇼미터
디스플레이 드라이버
파이버 광 회로
필터 회로 (아날로그)
일반 엔지니어링 주제
고속 인터커넥트
고속 신호 처리
핫 스왑 및 전력 스위칭 회로
인터페이스 회로
측정 회로
마이크로컨트롤러
마이크로프로세서 감시소자 회로
발진기/딜레이 라인/타이머/카운터
전원 회로
프로토타이핑 및 PCB 레이아웃
실시간 클록
센서 신호 컨디셔너
신호 발생 회로
스위치 및 멀티플렉서
텔레콤
온도 센서 및 열 관리
UART
비디오 회로
기준전압
무선, RF 및 케이블
1-WIRE® 소자
직렬 디지털 데이터 네트워크
A/D 및 D/A 컨버전/샘플링 회로
3V/5V DACs Support Intelligent Current Loop
A Simple ADC Comparison Matrix
ADC and DAC Glossary
Coherent Sampling vs. Window Sampling
DACs vs. Digital Potentiometers: Which Is Right for My Application?
Defining and Testing Dynamic Parameters in High-Speed ADCs, Part 1
Demystifying Sigma-Delta ADCs
Design a Low-Jitter Clock for High-Speed Data Converters
Digital Potentiometers Replace Mechanical Potentiometers
Digital-Analog Converters Are a "Bit" Analog
Dynamic Testing of High-Speed ADCs, Part 2
Frequently Asked Questions About Data Converters
Glossary of Frequently Used High-Speed Data Converter Terms
Histogram Testing Determines DNL and INL Errors
How Quantization and Thermal Noise Determine an ADC's Effective Noise Figure
INL/DNL Measurements for High-Speed Analog-to-Digital Converters (ADCs)
MAX5290-MAX5295, MAX5580-MAX5585, MAX5590-MAX5595 사용자 프로그램 가능한 DAC의 프로그래머 핸드북
Migrating from Integrating ADC Architectures to Sigma Delta
Multiply Your Sampling Rate with Time-Interleaved Data Converters
Pipeline ADCs Come of Age
Reference Voltage for Multiple ADCs
Selecting the Optimum Test Tones and Test Equipment for Successful High-Speed ADC Sinewave Testing
Selecting the Right Series Voltage Reference for Absolute-Accuracy Voltage-Output DAC Designs
Setup and Hold Times for High-Speed Digital-to-Analog Converters (DACs) Demystified
Simple Methods Reduce Input Ripple for All Charge Pumps
The ABCs of ADCs: Understanding How ADC Errors Affect System Performance
Understanding Flash ADCs
Understanding Integral Non-Linearity Errors
Understanding Integrating ADCs
Understanding Pipelined ADCs
Understanding SAR ADCs
앰프 및 비교기 회로
3V/5V DACs Support Intelligent Current Loop
AC-Coupled Amplifier Requires No DC Bias
Class D Audio Amplifiers Save Battery Life
Minimizing Component-Variation Sensitivity in Single Op Amp Filters
Nodal Analysis of Op Amp Circuits
Operational Amplifier Inputs
PWM Outputs Enhance Sensor-Signal Conditioners
Rail-to-Rail Outputs and Beyond-the-Rails Inputs: The Inside Story on Micropower Op Amps
Selecting the Right Comparator
Selecting the Right Series Voltage Reference for Absolute-Accuracy Voltage-Output DAC Designs
Understanding Common-Mode Signals
계측 증폭기에서 Three-Op-Amp 구조의 한계
앤티 앨리어싱의 기본 원리: 스위치드 커패시터 필터의 사용
클램프, 바이어스 및 AC 결합 비디오 신호에 대한 이해
ASIC
Design and Manufacture of Automotive Pressure Sensors
The MAX1463 Sensor Compensation Algorithm
오디오 회로
Audio Gain Control Using Digital Potentiometers
Class D Audio Amplifiers Save Battery Life
Creating Non-Linear Transfer Functions With Linear Potentiometer Circuits
Minimizing Component-Variation Sensitivity in Single Op Amp Filters
Overview of DirectDrive Technology
Selecting the Right CMOS Analog Switch
Understanding Common-Mode Signals
자동 시험 장비 (ATE)
Automatic Test Equipment on a Budget
자동차
DC/DC Conversion without Inductors
High-Side Current-Sense Measurement: Circuits and Principles
Layout Considerations for Non-Isolated DC-DC Converters
LED 제조업체 웹사이트
LEDs Are Still Popular (and Improving) after All These Years
Multiple Voltage Systems Need Supply-Voltage Sequencing
Proper Layout and Component Selection Controls EMI
PWM Outputs Enhance Sensor-Signal Conditioners
Selecting the Right CMOS Analog Switch
Selecting the Right Series Voltage Reference for Absolute-Accuracy Voltage-Output DAC Designs
Small, High-Voltage Boost Converters
Supervisory Circuits Keep Your Microprocessor Under Control
VFD 튜브 제조업체 웹사이트
배터리 전원공급 방식 애플리케이션에서의 LED 구동: 효율적인 밝기 전력 제어
수퍼헤테로다인 성능을 높여 주는 고속 기동 오실레이터(FOX)
기지국/무선 인프라
Coherent Sampling vs. Window Sampling
Defining and Testing Dynamic Parameters in High-Speed ADCs, Part 1
Dynamic Testing of High-Speed ADCs, Part 2
How Quantization and Thermal Noise Determine an ADC's Effective Noise Figure
LVDS Enables High-Speed Signal Distribution in 3G Basestations
LVDS Splitter Simplifies High-Speed Signal Distribution
Multiply Your Sampling Rate with Time-Interleaved Data Converters
Pipeline ADCs Come of Age
QPSK 변조 분석
Reference Voltage for Multiple ADCs
Selecting the Optimum Test Tones and Test Equipment for Successful High-Speed ADC Sinewave Testing
Setup and Hold Times for High-Speed Digital-to-Analog Converters (DACs) Demystified
Understanding Pipelined ADCs
시스템 테스팅을 도와주는 위상 잡음 프로파일
배터리 관리
Life with Batteries - Don't Ignore Typical Specs
Overview of Rechargeable Batteries and Fast Stand-Alone Chargers
Portable Devices Need High-Performance Battery Chargers
Proper Layout and Component Selection Controls EMI
Properties of the Charge-Pump Voltage Splitter
Switch-Mode, Linear, and Pulse Charging Techniques for Li+ Battery in Mobile Phones and PDAs
Technology Changes: From a Portable Power Point of View
고객 경험을 향상시키기 위한 애플리케이션에 따른 배터리 선택
회로 보호
High-Side Current-Sense Measurement: Circuits and Principles
Practical Aspects of EMI Protection
Snubber Circuits Suppress Voltage Transient Spikes in Multiple Output DC-DC Flyback Converter Power Supplies
통신 회로
Understanding Common-Mode Signals
디지털 포텐쇼미터
Audio Gain Control Using Digital Potentiometers
Creating Non-Linear Transfer Functions With Linear Potentiometer Circuits
DACs vs. Digital Potentiometers: Which Is Right for My Application?
Digital Potentiometers Replace Mechanical Potentiometers
디스플레이 드라이버
LED 제조업체 웹사이트
VFD 튜브 제조업체 웹사이트
파이버 광 회로
HFAN-08.2.1: PWM Temperature Controller for Thermoelectric Modules Keeps Components within 0.1°C
필터 회로 (아날로그)
A Filter Primer
Analog Filter Design Demystified
Filter Basics: Anti-Aliasing
Filter Design Using Integrator Blocks
Generating Switched-Capacitor-Filter Clocks
Improved Power Supply Rejection For IC Linear Regulators
Minimizing Component-Variation Sensitivity in Single Op Amp Filters
Understanding Integral Non-Linearity Errors
앤티 앨리어싱의 기본 원리: 스위치드 커패시터 필터의 사용
일반 엔지니어링 주제
Automatic Test Equipment on a Budget
Creating Non-Linear Transfer Functions With Linear Potentiometer Circuits
Design and Manufacture of Automotive Pressure Sensors
Disposable Metal Boxes Make Excellent Shielded Enclosures
Layout Considerations for Non-Isolated DC-DC Converters
Maxim의 Spice 매크로모델 사용법
Practical Aspects of EMI Protection
Proper Layout and Component Selection Controls EMI
Prototyping with Surface Mount Devices
Statistical Circuit Analysis with Excel
Thermal Characterization of IC Packages
기본적인 스위칭 레귤레이터 설계 기법
직렬 디지털 데이터 네트워크
고속 인터커넥트
LVDS Enables High-Speed Signal Distribution in 3G Basestations
LVDS Splitter Simplifies High-Speed Signal Distribution
Setup and Hold Times for High-Speed Digital-to-Analog Converters (DACs) Demystified
대역 제한 샘플링(Band-Limited Sampling) 및 앨리어싱(Aliasing)의 수학적 원리
고속 신호 처리
A Simple ADC Comparison Matrix
Coherent Sampling vs. Window Sampling
Defining and Testing Dynamic Parameters in High-Speed ADCs, Part 1
Design a Low-Jitter Clock for High-Speed Data Converters
Dynamic Testing of High-Speed ADCs, Part 2
Glossary of Frequently Used High-Speed Data Converter Terms
Histogram Testing Determines DNL and INL Errors
How Quantization and Thermal Noise Determine an ADC's Effective Noise Figure
INL/DNL Measurements for High-Speed Analog-to-Digital Converters (ADCs)
Multiply Your Sampling Rate with Time-Interleaved Data Converters
Pipeline ADCs Come of Age
Reference Voltage for Multiple ADCs
Selecting the Optimum Test Tones and Test Equipment for Successful High-Speed ADC Sinewave Testing
핫 스왑 및 전력 스위칭 회로
Advantages of IC-Based Hot-Swap Circuit Protection
인터페이스 회로
Automatic Test Equipment on a Budget
Choosing the Right RS-232 Transceiver
Design Considerations for Data-Lump Cables
Determining Clock Accuracy Requirements for UART Communications
Fundamentals of RS-232 Serial Communications
Guidelines for Proper Wiring of an RS-485 (TIA/EIA-485-A) Network
Lower the Supply Current in Your RS-232 System
LVDS Enables High-Speed Signal Distribution in 3G Basestations
LVDS Splitter Simplifies High-Speed Signal Distribution
RS-485 (EIA/TIA-485) Differential Data Transmission System Basics
Selecting and Using RS-232, RS-422, and RS-485 Serial Data Standards
Understanding Common-Mode Signals
USB On-The-Go Basics
Using RS-485/RS-422 Transceivers in Fieldbus Networks
측정 회로
Sensor Temperature Compensation Using the Four DAC Signal Conditioning Architecture
마이크로컨트롤러
Specifying Quartz Crystals
마이크로프로세서 감시소자 회로
Choosing Supervisor Outputs
CPU Supervisors: Frequently Asked Questions
Microprocessor Supervisors Offer Big Insurance in Small Packages
Supervisory Circuits Keep Your Microprocessor Under Control
The MAX6876 Power-Supply Tracker/Sequencer User Guide
User's Guide for the MAX6877 Power-Supply Tracker/Sequencer
발진기/딜레이 라인/타이머/카운터
정밀하고 자동 조정되며 적절한 가격으로 공급 가능한 시간유지 기술
전원 회로
Building a Power Supply That Works
Choosing the Right Power-Supply IC for your Application
Creating a Fast Load Transient
DC-DC Converter Tutorial
DC/DC Conversion without Inductors
Improved Power Supply Rejection For IC Linear Regulators
Input and Output Noise in Buck Converters Explained
Layout Considerations for Non-Isolated DC-DC Converters
Life with Batteries - Don't Ignore Typical Specs
Linear Regulators in Portable Applications
Multiple Voltage Systems Need Supply-Voltage Sequencing
Power Supply Engineer's Guide to Calculate Dissipation for MOSFETs in High-Power Supplies
Proper Layout and Component Selection Controls EMI
Properties of the Charge-Pump Voltage Splitter
SEPIC Equations and Component Ratings
Small, High-Voltage Boost Converters
Snubber Circuits Suppress Voltage Transient Spikes in Multiple Output DC-DC Flyback Converter Power Supplies
Technology Changes: From a Portable Power Point of View
Using Thermistors in Temperature Tracking Power Supplies
기본적인 스위칭 레귤레이터 설계 기법
배터리 전원공급 방식 애플리케이션에서의 LED 구동: 효율적인 밝기 전력 제어
프로토타이핑 및 PCB 레이아웃
Automatic Test Equipment on a Budget
Building a Power Supply That Works
Disposable Metal Boxes Make Excellent Shielded Enclosures
Layout Considerations for Non-Isolated DC-DC Converters
Power Supply Engineer's Guide to Calculate Dissipation for MOSFETs in High-Power Supplies
Practical Aspects of EMI Protection
Proper Layout and Component Selection Controls EMI
Prototyping with Surface Mount Devices
기본적인 스위칭 레귤레이터 설계 기법
실시간 클록
정밀하고 자동 조정되며 적절한 가격으로 공급 가능한 시간유지 기술
센서 신호 컨디셔너
Approaches for Compensating Span and Offset in Pressure Sensors
Automatic Test Equipment on a Budget
Design and Manufacture of Automotive Pressure Sensors
HFAN-08.2.1: PWM Temperature Controller for Thermoelectric Modules Keeps Components within 0.1°C
PWM Outputs Enhance Sensor-Signal Conditioners
Sensor Temperature Compensation Using the Four DAC Signal Conditioning Architecture
The MAX1463 Sensor Compensation Algorithm
신호 발생 회로
3V/5V DACs Support Intelligent Current Loop
Generating Switched-Capacitor-Filter Clocks
VCO 기술의 발전사
스위치 및 멀티플렉서
Fault Protection Saves Multiplexers, Switches, and Downstream Circuitry
Interfacing Switches and Relays to the Real World in Real Time
Selecting the Right CMOS Analog Switch
텔레콤
Ethernet-over-PDH Technology Overview
온도 센서 및 열 관리
Demystifying Sigma-Delta ADCs
Fan Speed Control is Cool!
HFAN-08.2.1: PWM Temperature Controller for Thermoelectric Modules Keeps Components within 0.1°C
Rev Up Your Fan Speed Control Designs
정밀하고 자동 조정되며 적절한 가격으로 공급 가능한 시간유지 기술
UART
Determining Clock Accuracy Requirements for UART Communications
비디오 회로
Analog Filter Design Demystified
Bandwidth Versus Video Resolution
Understanding Analog Video Signals
Understanding Common-Mode Signals
Video Basics
Visual Impact of Video Parameters in Video Systems: Part 1—Differential Gain and Differential Phase
아날로그 스위치를 이용한 비디오 스위칭
클램프, 바이어스 및 AC 결합 비디오 신호에 대한 이해
기준전압
Reference Voltage for Multiple ADCs
Selecting the Right Series Voltage Reference for Absolute-Accuracy Voltage-Output DAC Designs
Understanding Voltage-Reference Topologies and Specifications
무선, RF 및 케이블
50Ω에서 75Ω 임피던스로의 S-파라미터 변환
Buffer Amplifiers Solve VCO Problems
CDMA 수신기를 위한 단일 톤 둔감도 측정
Characterizing the S-Parameters of 75Ω Circuits using 50Ω Lab Equipment
Impedance Matching and the Smith Chart: The Fundamentals
Novel Approach Yields 100mW Bluetooth Amplifier
QPSK 변조 분석
VCO 기술의 발전사
WiFi 트랜시버의 전원 및 접지 설계
랜덤 잡음의 타이밍 지터 기여 - 이론과 실제
무선 데이터 시트 규격 이해 - Part 1
선택도를 이용한 수신기 교차점 개선
수퍼헤테로다인 성능을 높여 주는 고속 기동 오실레이터(FOX)
시스템 테스팅을 도와주는 위상 잡음 프로파일
직접 시퀀스 확산 스펙트럼(DSSS) 통신 개요
CONTACT US: SEND US AN EMAIL
Copyright © 2008 by Maxim Integrated Products, Dallas Semiconductor
•
법적 고지
•
개인정보보호 정책
