计算机：笔记本电脑



		概述
		推荐元件
		应用笔记
		设计指南

Maxim > 方案 > 计算机：笔记本电脑

应用笔记

App Note 4437: Zero-Drift Instrumentation Amplifier (IA) Takes the Strain out of Sensor Measurements
应用笔记4405：利用空闲运放产生稳定的负电源
App Note 4371: Switching VGA Signals in a Notebook
App Note 4370: Reference Design for Switching VGA Signals in a Laptop
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4321：使用rejustor和精密仪表放大器支持高增益应用
应用笔记4320：用于MP3播放器坞站的D类、2.1声道音频放大器参考设计
应用笔记4313：视频显示信号与MAX9406 DP-HDMI/DVI电平转换器—第2部分
应用笔记4306：视频显示信号与MAX9406 DP-HDMI/DVI电平转换器—第1部分
App Note 4287: Reconstructing Analog Video with the Maxim Video Filter Family
App Note 4286: Providing Additional Low-Frequency Rejection with the MAX2659 GSP Low-Noise Amplifier (LNA)
App Note 4279: MAX2769 GPS Reference Design
App Note 4275: GPS USB Reference Design with the MAX2769
App Note 4271: Automotive Infotainment Goes Mainstream: High-Integration Solutions Enable Value-Added Features
应用笔记4269：笔记本电脑的LVDS图形切换
App Note 4264: Increasing the IP3 of the MAX2659 Low-Noise Amplifier (LNA)
应用笔记4257：使用MAX4951 SATA双向转接器驱动eSATA电缆
应用笔记4253：MAX6964 LED驱动器的PWM亮度控制
应用笔记4252：MAX9406 PCIe至HDMI转换板的使用
应用笔记4237：笔记本电脑借助通用GPS RF前端实现软件基带处理
应用笔记4232：HFRD-34.0 4 x 4 DVI KVM开关
应用笔记4167：摄像系统的模拟视频滤波技术
应用笔记4164：陶瓷扬声器系统的放大器设计
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4046：2.1声道(卫星通信/低音)扬声器系统
应用笔记4034：三运放架构对仪表放大器的制约
应用笔记4024：可控制多外设的SPI/I²C总线
应用笔记4021：MAX6956编程指南
应用笔记3977：D类放大器：基本工作原理和近期发展
App Note 3940: MAX8632 PCB Layout Optimization
App Note 3930: Package Thermal Resistance Values (Theta JA, Theta JC) for Dallas Semiconductor Temperature Sensors
App Note 3928: Automotive Linear Regulators Minimize Quiescent Current
应用笔记3910：MAX2769 GPS接收机用户指南
应用笔记3882：音频/视频接口的EMI/EMC抑制
应用笔记3880：减小手机耳机放大器的RF敏感度
App Note 3864: The FET-OR Connection for Power Supplies
应用笔记3823：利用模拟开关切换视频
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3811：满足电源跟踪要求的简单器件
App Note 3753: Thermistor Linearizes Current Limit
应用笔记3687：对音频放大器咔嗒声的定量分析
App Note 3672: Noise Reduction for the MAX1864 Auxiliary Regulator
App Note 3658: Serializing an HD44780 LCD Display
App Note 3654: Current Limiting for the MAX1864 Auxiliary Regulator
应用笔记3641：使用MAX6642代替其它热敏二极管温度传感器
应用笔记3567：高可靠系统的电源电压监控和排序
应用笔记3555：温度传感器在笔记本电脑的应用
App Note 3502: Effect of PC Board Trace Width on Remote-Diode Temperature-Sensor Accuracy
应用笔记3493：系统管理IC满足多电压系统的监视和排序要求
应用笔记3487：系统管理IC满足多电压系统的监视和排序要求
应用笔记3466：利用GPIO扩展器构建电荷泵，驱动蓝光LED
应用笔记3460：OLED电源设计
App Note 3456: Programmable System-Management IC Monitors and Sequences Requirements in Complex, Multivoltage Systems
应用笔记3442：利用简单的PSPICE模型估算MAX8546的稳定性和瞬态响应
应用笔记3440：电流模式降压控制器的精确控制环路
应用笔记3412：TINIS400外部串口参考设计
应用笔记3354：利用DirectDrive®技术从3.3V单电源产生2V_RMS的线驱动
应用笔记3336：笔记本电脑转接器
App Note 3315: Writing Parallel-Port 2-Wire Software in C
App Note 3291: Using DS4510/DS4520/DS4550 to Select Backup Flash Memory
App Note 3244: 3mm-Tall, Dual-Phase, Step-Down, DC-DC Converter Delivers 1.6V at 20A from 12V for Mobile Processor Cores
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3178：宽量程温度检测IC
应用笔记3171：无源元件会影响便携式设备的音质吗？
应用笔记3046：全陶瓷电容设计的降压/反相型3A、+/-5V电源
App Note 3024: IrDA and RS-232: A Match Made in Silicon
应用笔记2980：利用精巧的电路确保便携式电脑的高品质音质
应用笔记2914：3V电源下以12V_P-P驱动压电扬声器
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 2765: Flexible Fault Protection
App Note 2391: Dual Voltage Tracking Circuit for I/O, Microprocessor, and DSP Core Voltages
App Note 2199: Driving LEDs with Push-Pull Port Expander Outputs
App Note 2198: Driving LEDs with Open Drain Port Expander Outputs
App Note 2141: Determining Clock Accuracy Requirements for UART Communications
应用笔记2070：高功率便携式DC-DC中MOSFET功耗的计算
应用笔记2056：从USB端口为便携式设备提供3.3V和5V电源
App Note 2015: Overcurrent/Overdischarge Protection for Lead-Acid Batteries
App Note 2008: Accurate DC-DC Converter Minimizes Wasted Power
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 1951: Class D Motor-Speed Control
App Note 1926: Watchdogs Improve System Reliability—How to Choose the Right Part
App Note 1897: Building a Power Supply That Works
App Note 1879: Using Maxim SPI-compatible Display Drivers with other SPI Peripherals
App Note 1873: 4mA–20mA Loop Powered Temperature Sensor
App Note 1845: Choosing the Right DC-DC Converter for Automotive Applications
App Note 1837: One-Shot Timing Improves Microprocessor Reset Circuit
App Note 1832: Power Supply Engineer's Guide to Calculate Dissipation for MOSFETs in High-Power Supplies
App Note 225: Using Digital Potentiometers in Adjustable Step-Down DC-DC Converter Designs
App Note 1791: Inductorless Voltage Converter Boosts a Single Lithium Cell
App Note 1760: Class D Audio Amplifiers Save Battery Life
App Note 1195: Maximize Battery Life and Minimize Replacements
App Note 1136: Switching Between Battery and External Power Sources
App Note 1135: Small Capacitor Improves Efficiency in High-Power CPU Supply
App Note 1133: Multiple Voltage Systems Need Supply-Voltage Sequencing
App Note 1057: Compensating for Ideality Factor and Series Resistance Differences between Thermal Sense Diodes
App Note 1043: Single Supply Sequencer Sequences Negative Voltages
App Note 624: Class D Audio Amplifier Output Filter Optimization
App Note 960: Portable Supply Derives +5V and +3.3V Power from USB Port
App Note 896: Fan Control Advances: Consider Fan Regulation
App Note 809: Rev Up Your Fan Speed Control Designs
App Note 843: Industrial 0V to +10V Digital Potentiometer
App Note 761: Automatic Test Equipment on a Budget
App Note 1858: Tiny IC Debounces Pushbutton Switch
App Note 739: Design Considerations for Data-Lump Cables
App Note 735: Layout Considerations for Non-Isolated DC-DC Converters
App Note 694: Temperature Sensor ICs Simplify Designs
App Note 836: Selecting and using RS-232 Interface Parts for Your Power Supply Voltages
App Note 882: RS-232 Features Explained
App Note 720: Microprocessor Supervisors Offer Big Insurance in Small Packages
App Note 2031: DC-DC Converter Tutorial
App Note 639: Maxim Leads the Way in ESD Protection
App Note 295: Emitter-Follower Boosts Linear Regulator's Output Current
App Note 687: Distributed Temperature Sensing Improves Reliability
App Note 651: ESD Protection for I/O Ports