工业：过程测量与控制



		概述
		推荐元件
		应用笔记
		新品发布

Maxim > 方案 > 工业：过程测量与控制

应用笔记

App Note 4626: Multiple-Pulse Generator Aids IC Testing
App Note 4624: Nonvolatile STANDBY/ON Switch
App Note 4617: ADC Input Translator
App Note 4609: Understanding the ATE SPI (Serial Peripheral Interface)
App Note 4603: Process Control and PLC Tutorial
App Note 4533: An LED Target-Practice Game Uses the MAXQ2000 and MAX7312
App Note 4477: Reference Design of a 1-Wire® Bidirectional Voltage-Level Translator for 1.8V to 5V
App Note 4460: How to Calibrate the MAX9979 Pin Electronics
App Note 4444: Single-Pushbutton ON/OFF Power Control
App Note 4443: ICs Form Simple Thermometer-Style Voltage Indicator
应用笔记4437：利用零漂移仪表放大器(IA)应对传感器测量的设计挑战
App Note 4433: Circuit Digitizes Thermocouple Output near Sensing Point
App Note 4428: Rail-to-Rail: Railroading and the Electronics of Op Amps
App Note 4418: I²C Interface Connects Compact Flash Card to Microcontroller
App Note 4416: IC Forms Direct-Readout Temperature Probe
App Note 4392: How to Replace a DS1213 SmartSocket with an Equivalent-Density NV SRAM Module
App Note 4376: Reference Design for a High-Input-Voltage, High-Output-Current Buck Controller Using the MAX15046
应用笔记4364：用于汽车气囊的超低静态电流线性稳压器
应用笔记4348：降低精密放大器的电压失调
App Note 4344: Rail Splitter, from Abraham Lincoln to Virtual Ground
应用笔记4343：MAX9979管脚电子IC中PMU模式操作
应用笔记4338：电缆损耗
应用笔记4335：节能：一叶知秋
应用笔记4321：使用rejustor和精密仪表放大器支持高增益应用
应用笔记4303：电缆损耗对自动测试设备的影响
App Note 4292: Where Is Ground?
App Note 4289: Low-Temperature Data Retention in Nonvolatile SRAM
App Note 4288: How to Calculate the Wiper Voltage of a Digital Potentiometer
应用笔记4282：HFRD-33.0 HDMI和DVI、4 x 4交叉点开关
App Note 4271: Automotive Infotainment Goes Mainstream: High-Integration Solutions Enable Value-Added Features
应用笔记4253：MAX6964 LED驱动器的PWM亮度控制
App Note 4243: What is a Transmission Gate (Analog Switch)?
App Note 4240: Active High-Voltage Transient Protectors Trump Conventional Approaches in Automotive Electronics
应用笔记4233：光纤网络中运营以太网服务的划分
应用笔记4232：HFRD-34.0 4 x 4 DVI KVM开关
应用笔记4229：内部与外部看门狗定时器的比较
应用笔记4207：解决MAX1452/MAX1455信号调理器的电源容限问题
应用笔记4179：利用自动归零噪声滤波器降低仪表放大器的输出噪声
应用笔记4126：iButton数据记录器和iButton套的IP (进入防护)等级
应用笔记4118：DS33R11多芯片模组的BSDL测试
应用笔记4101：区分数字电位器的性能
应用笔记4081：过压保护的备用电路: 技巧和窍门
应用笔记4067：利用MAX1452实现远端传感器补偿
应用笔记4051：使用模拟电压控制数字电位器
应用笔记4050：利用精密仪表放大器实现负压电流检测
应用笔记4034：三运放架构对仪表放大器的制约
应用笔记4026：热电偶冷端补偿
应用笔记4025：DAC与数字电位器：在我的应用中选择哪种合适？
应用笔记4022：MAX1452非线性修正应用电路
应用笔记4021：MAX6956编程指南
App Note 4006: NVSRAM Device Programmers
应用笔记3996：用线性数字电位器实现对数调节
应用笔记3980：下一代汽车照明电源
应用笔记3972：MAX1452/MAX1455常见问题
应用笔记3971：利用数字电位器实现按键保持控制
应用笔记3970：使用数字分压器实现车灯调光，以节省功耗、提高效率
App Note 3954: Characteristics of Manganese Lithium (ML) Batteries
App Note 3953: Side-by-Side Comparison of Fiber-Monitoring and Control ICs
应用笔记3939：平均电流模式DC-DC控制器在信息娱乐终端的应用
App Note 3928: Automotive Linear Regulators Minimize Quiescent Current
应用笔记3923：在同一条I²C总线上挂接多个DS1859器件
应用笔记3911：提高MAX1464 ADC性能
App Note 3899: Frequency Calculator for the DS1086L
应用笔记3852：MAX1464数字传感器信号调理器常见问题解答
应用笔记3849：Ethernet-over-PDH技术概要
应用笔记3814：端口扩展器降低折叠手机的成本及尺寸
应用笔记3812：HFRD-22.2: GPON (MOGPON) ONT模块
应用笔记3776：电表应用中RS-485收发器的设计考虑
App Note 3766: HFTA-12.0: Measuring Crosstalk Penalty in High-Speed Bidirectional Serial Communication Modules
App Note 3759: Timing Considerations When Using NVSRAM
应用笔记3751：利用DS185XEVKIT软件的文件栏进行器件编程
App Note 3748: How to Create a Precision Current Source Using a DS4303 or DS4305
应用笔记3742：MAX3735A: 与DS1859接口时的特殊注意事项
应用笔记3733：MAX1452/MAX1455传感器信号调理器的启动要求
App Note 3694: How to 'Center' a Down-Dithering EconOscillator
应用笔记3693：Maxim为什么选择设计单片NV SRAM模块
应用笔记3692：DS1090频率计算器
App Note 3658: Serializing an HD44780 LCD Display
App Note 3657: Ultra-Low-Noise LDO Achieves 6nV/√Hz Noise Performance
应用笔记3650：MAX1464的片上温度传感器
App Note 3649: MAX1464 Signal-Conditioner, Sensor Compensation Algorithm
App Note 3623: Battery-Charger PWM Input Has Watchdog Protection
应用笔记3617：利用DS4303为LDMOS RF功率放大器提供偏置
应用笔记3582：硅振荡器取代晶体和陶瓷谐振器
App Note 3531: How to Reduce Reference Noise by Half
应用笔记3512：硅扩频振荡器在汽车电子产品中的应用
应用笔记3494：利用开关电容滤波器实现抗混叠滤波
App Note 3481: Using the DS1859 with External EEPROM
应用笔记3466：利用GPIO扩展器构建电荷泵，驱动蓝光LED
App Note 3457: IR-Linked Temperature Sensor
应用笔记3454：HFRD-14.0：多速率(1Gpbs至4.25Gbps) 850nm小封装可插拨(SFP)收发器
应用笔记3451：HFRD-16.0: 1Gbps至4.25Gbps有源SFP铜缆组件
应用笔记3450：PT100温度变送器的正温度系数补偿
应用笔记3427：DS1859数控电阻与MAX3735激光驱动器的连接
App Note 3408: DS1856 Internal Calibration and Right Shifting (Scalable Dynamic Ranging)
应用笔记3396：采用信号调理IC驱动应变片电桥传感器
App Note 3393: Frequency Calculator for the DS1094L
App Note 3391: How to Use the DS185xEVKIT to Evaluate the DS1856
应用笔记3390：通过输出阻抗的有源组合降低匹配损耗
应用笔记3376：HFRD-15.3：高频SFP主板(集成RS-232至I²C转换)
App Note 3364: Creating a Ratiometric Current Excitation in Sensors Using the MAX1464 Signal Conditioner
App Note 3318: HFAN-08.2.0: Thermoelectric Cooler (TEC) Control
App Note 3317: Adding Windows NT/2000/XP Support to the AN3315 Parallel-Port 2-Wire Software
App Note 3315: Writing Parallel-Port 2-Wire Software in C
App Note 3291: Using DS4510/DS4520/DS4550 to Select Backup Flash Memory
应用笔记3289：具有风扇失效指示的监控IC
App Note 3283: One Button Turns Microprocessor On and Off
App Note 3257: Using DS3902 in Low Cost Optical Modules
App Note 3252: How to Add an Offset to the DS1859 Temperature Reading
应用笔记3230：如何使用PC并口与2线设备通信
应用笔记3229：为系统测量和保护选择温度传感器
应用笔记3227：上电复位与相关监控功能
应用笔记3191：电池与PWM充电电源短路保护
应用笔记3175：基站RF功率放大器的偏置
应用笔记3149：PWM至线性信号转换电路
应用笔记3090：DS1870采用外接电阻时的调节范围/分辨率
应用笔记3089：DS1870的查找表结构
应用笔记3080：MAX3740A激光驱动器的精确功率控制
应用笔记3077：利用数字电位器实现数控低通滤波器
App Note 3044: Calibration of Weight Sensors Using Dead Weights
App Note 2863: The Effects of Adjusting the DS1086L's Dither Span and Dither Frequency on EMC Measurements
应用笔记2858：DS1859内部校准及右移位(可扩展动态范围)
应用笔记2853：多电压系统监控器
应用笔记2852：用PC机测试MAX7300/MAX7301的端口扩展功能
App Note 2769: Dual Comparator Thermally Protects Li+ Battery
App Note 2765: Flexible Fault Protection
应用笔记2378：灵活的系统故障保护电路设计
App Note 2360: HFRD-05.0: Multi-Rate (1Gbps - 3.2Gbps) 850nm Small Form Factor Pluggable (SFP) Transceiver
App Note 2237: Simple Circuit Disconnects Load from Low-Voltage Supply
App Note 2236: Gamma-Photon Radiation Detector
App Note 2199: Driving LEDs with Push-Pull Port Expander Outputs
App Note 2198: Driving LEDs with Open Drain Port Expander Outputs
应用笔记2154：微控制器时钟—选择晶振、谐振槽路、RC振荡器还是硅振荡器？
App Note 2140: Examples Using the DS3930 as Voltage References and Digital I/O
App Note 2135: HFRD-04.0: 2.7Gbps, 1310nm Small Form Factor Pluggable (SFP) Transceiver
App Note 2099: DS1847/DS1848 Online Interactive Temperature Calculator
App Note 2077: Using Dallas Semiconductor NV SRAMs in RAID Applications
App Note 1995: Using Spread Spectrum Oscillators to Reduce Radiated Emissions in Consumer Products
应用笔记1976：Dallas Semiconductor的延迟线如何工作？
应用笔记1974：利用看门狗改善系统可靠性―如何正确选择器件
App Note 1931: USB-Powered High Precision Hi-Fi Phono Preamp
App Note 1926: Watchdogs Improve System Reliability—How to Choose the Right Part
App Note 233: Regenerating the DS1847/DS1848 Resistor Calibration Constants
App Note 238: 2-Wire Controlled Digital DIP Switch Using the DS3904
App Note 237: Introduction of the DS1847 for Industrial Controls
App Note 235: Using Spare NV Digital Pots as NV Digital Configuration Bits
App Note 1901: Convert the MAX1937/8/9 from Latch Off Mode to Hiccup Mode Under Short Circuit Condition
App Note 1879: Using Maxim SPI-compatible Display Drivers with other SPI Peripherals
App Note 1872: Low-Battery Indicator Is Low Cost, Highly Efficient, and Environmentally Friendly
App Note 1868: Negative Resistor Cancels Op Amp Load
App Note 1865: Different Ways to Use a MAX6369 Series Watchdog Timer
App Note 1860: PWM Outputs Enhance Sensor-Signal Conditioners
App Note 232: Using the DS1086 as a Microcontroller Clock to Reduce EMI
App Note 1839: Sensor Temperature Compensation Using the Four DAC Signal Conditioning Architecture
App Note 1837: One-Shot Timing Improves Microprocessor Reset Circuit
App Note 1828: Audio Gain Control Using Digital Potentiometers
App Note 230: EconOscillator Comparison
App Note 228: How to Interpret DS1854, DS1857, and DS1858 Temperature and Voltage Readings
App Note 225: Using Digital Potentiometers in Adjustable Step-Down DC-DC Converter Designs
App Note 1802: ESD-Protected EPOT System has Pushbutton Interface
App Note 1794: Interfacing Digitally Controlled Pots and Resistors to Laser Drivers
App Note 1769: Behind the Light Show in Optical Transceivers
App Note 1757: HFAN-08.2.1: PWM Temperature Controller for Thermoelectric Modules Keeps Components within 0.1°C
App Note 220: Decoupling Requirements for the DS1077/DS1085 EconOscillators
App Note 218: DS1086 Frequency Calculator and Frequency Calculation Algorithm
App Note 1195: Maximize Battery Life and Minimize Replacements
App Note 216: How to Interpret DS1847/DS1848 Temperature Readings
App Note 215: 2-Wire Communication Using LabVIEW
App Note 209: How Delay Lines Work
App Note 174: Monitor Calibration in Fiber Optic Applications
App Note 1156: Low-Cost AC Supply
App Note 1152: Step-by-Step Procedure for Performing Temperature Compensation Using MAX1452 and MAX1455 Evaluation Kit Software
App Note 1151: HFRD-02.0: 2.5Gbps Small Form Factor (SFF) Transmitter
App Note 1150: Direct Interface of the MAX1452/MAX1455 with the MAX1452/MAX1455 Communication Board
App Note 1136: Switching Between Battery and External Power Sources
App Note 1127: Amplifier Provides Signal Conditioning for Piezofilm Sensor
App Note 1126: Simple Circuit Protects Systems from Overheating
App Note 206: Using a PC's RS-232 Serial Port To Communicate with 2-Wire Devices
App Note 1093: HFAN-02.3.2: Maintaining Average Power and Extinction Ratio, Part 2, MAX3863 Laser Driver and DS1847 Digital Resistor
App Note 200: A Programmatic Approach to Calculating DS1085 Programmable-Oscillator Register Values
App Note 1070: Windowed Watchdog Enhances µP Supervisors
App Note 1069: High-Gain Signal Conditioning Circuit for Thin and Thick Film Sensors
App Note 202: NV SRAM Frequently Asked Questions
App Note 1066: Tech. Brief 39: NV SRAM Cross Reference Table
App Note 166: Interfacing Digitally Controlled Potentiometers and Resistors to Laser Drivers
App Note 939: Choosing Supervisor Outputs
App Note 1057: Compensating for Ideality Factor and Series Resistance Differences between Thermal Sense Diodes
App Note 893: Switch-Debouncer IC Creates A Long-Period Timer
App Note 1050: Reset Circuit Ensures Valid Supply Voltage
App Note 182: Frequency Calculator for the DS1085/DS1085L EconOscillator
应用笔记994：多ADC系统的基准电压设计
App Note 181: DS1847/DS1848 Temperature Coefficient Supplement
应用笔记159：在iButton®应用中通过软件方法实现可靠的1-Wire®通信
App Note 170: Adding Nonvolatile SRAM into Embedded Systems
App Note 167: Considerations for the DS1847/DS1848 Look-Up Tables
App Note 884: Miniature Flow Sensor Has Electronic Temperature Compensation
App Note 871: Demystifying Piezoresistive Pressure Sensors
App Note 801: Frequently Asked Questions about Data Converters
应用笔记148：长线1-Wire®网络可靠设计指南
App Note 843: Industrial 0V to +10V Digital Potentiometer
App Note 839: MAX1452 Diagnostic Clip Circuit
App Note 825: Sawtooth Generator Exhibits ~1% Linearity And >80dB Dynamic Frequency Range
App Note 805: Low-Cost, 24V Industrial Controller Is ESD-Protected
App Note 593: Dallas Semiconductor Digital Potentiometers: Frequently Asked Questions
App Note 764: Interfacing Switches and Relays to the Real World in Real Time
App Note 114: 1-Wire File Structure
App Note 1811: Visible-Laser Driver Has Digitally Controlled Power Modulation
App Note 762: Design and Manufacture of Automotive Pressure Sensors
App Note 759: Adding Diagnostic Capability to MAX14XX Low Cost High Performance Signal-Conditioning Devices
App Note 753: MAX1452 Serial Communications
App Note 760: Overvoltage Protection in Automotive Systems
App Note 1858: Tiny IC Debounces Pushbutton Switch
App Note 608: Micropower Circuit Offers Automatic Shutdown and Low-Battery Lockout
App Note 1118: Manually Operated Digital Potentiometer Doesn't Need a Microprocessor
App Note 582: Watchdog Timer Assumes Varied Roles
App Note 731: Overload Circuitry Protects Batteries and Power Supplies
App Note 695: New ICs Revolutionize The Sensor Interface
App Note 720: Microprocessor Supervisors Offer Big Insurance in Small Packages
App Note 287: Switch Bounce and Other Dirty Little Secrets
App Note 637: Tech Tips: Getting the Most from Your Sensor and Conditioning Electronics
App Note 687: Distributed Temperature Sensing Improves Reliability
App Note 1094: Choosing The Optimum Buffer/ADC Combination For Your Application
应用笔记2596：为系统选择极佳的缓冲器与ADC组合