显示器：汽车 - 应用笔记



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应用笔记

App Note 4292: Where Is Ground?
App Note 4291: Stack References for Higher Adjustable Voltages from a Digital Pot
App Note 4290: Ratiometric Design Overcomes the 25% Tolerance of a Digital Potentiometer
App Note 4271: Automotive Infotainment Goes Mainstream: High-Integration Solutions Enable Value-Added Features
应用笔记4254：MAX9257/MAX9258评估套件PRBS模式设置
应用笔记4253：MAX6964 LED驱动器的PWM亮度控制
应用笔记4232：HFRD-34.0 4 x 4 DVI KVM开关
应用笔记4135：用DS39xx CCFL控制器实现模拟调光
应用笔记4113：MAX9257/MAX9258评估板I²C模式工作指南
应用笔记4099：利用眼图模板评估串行器和解串器(SerDes)的性能
App Note 4070: Transmitting I²S Audio Streams in Automotive Applications Using the MAX9205/MAX9206 LVDS SerDes
应用笔记4058：测量4通道解串器的偏移容限
应用笔记4051：使用模拟电压控制数字电位器
App Note 4048: Use a DS3882 CCFL Controller to Drive a Two-Lamp Common-Return Configuration
应用笔记4021：MAX6956编程指南
应用笔记4020：配合MAX9217/MAX9218/MAX9247/MAX9248/MAX9250评估板工作
应用笔记4019：LVDS为汽车应用提供可靠的视频接口
应用笔记4011：构建DS1803/DS1805数字电位器的按键控制器
应用笔记4007：用于交流耦合、多点LVDS总线的高可靠性失效保护偏置电路
应用笔记4002：理解倒装芯片和晶片级封装技术及其应用
App Note 3997: How to Achieve a 300:1 Dimming Ratio with the DS3881/DS3882 CCFL Controllers
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 3964: Enabling Test Modes on the MAX9247
App Note 3941: Why and How to Implement a Frequency Boost During a CCFL Lamp Strike on the DS3881/DS3882
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 3899: Frequency Calculator for the DS1086L
应用笔记3835：CCFL推挽式缓冲电路
应用笔记3821：4路(3路数据 + 1路时钟) LVDS串行器/解串器的延迟裕量测试
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3806：MAX9247/MAX9218串行器/解串器芯片组的性能测试
App Note 3694: How to 'Center' a Down-Dithering EconOscillator
应用笔记3692：DS1090频率计算器
App Note 3658: Serializing an HD44780 LCD Display
应用笔记3582：硅振荡器取代晶体和陶瓷谐振器
应用笔记3578：MAX9217/MAX9218视频链路中的音频数据传输
应用笔记3570：LVDS多媒体接口在汽车电子领域的应用前景
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
应用笔记3466：利用GPIO扩展器构建电荷泵，驱动蓝光LED
App Note 3397: Clarification of DS1804 Ordering Information and Package Marking
App Note 3393: Frequency Calculator for the DS1094L
应用笔记3377：Maxim晶片级封装安装指南
应用笔记3375：DS3984/DS3988变压器匝数比的选择
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3081：怎样将数字电位器的带宽从10倍提高到100倍
App Note 2863: The Effects of Adjusting the DS1086L's Dither Span and Dither Frequency on EMC Measurements
应用笔记2852：用PC机测试MAX7300/MAX7301的端口扩展功能
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？
应用笔记2122：LVDS串行－解串器在双绞线电缆数据传输中的性能
应用笔记2023：LVDS串行-解串器在双绞线电缆数据传输中的性能分析
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？
App Note 1883: LEDs Are Still Popular (and Improving) after All These Years
App Note 1879: Using Maxim SPI-compatible Display Drivers with other SPI Peripherals
App Note 1856: Signal Integrity vs. Transmission Rate and Cable Length for LVDS Serializers
App Note 232: Using the DS1086 as a Microcontroller Clock to Reduce EMI
App Note 230: EconOscillator Comparison
App Note 1748: VFD Grid/Anode Supply Using MAX6850-MAX6853 PUMP Output
App Note 220: Decoupling Requirements for the DS1077/DS1085 EconOscillators
App Note 218: DS1086 Frequency Calculator and Frequency Calculation Algorithm
App Note 1193: Electronic Displays Comparison
App Note 215: 2-Wire Communication Using LabVIEW
App Note 209: How Delay Lines Work
应用笔记1154：VFD管制造商网站
App Note 200: A Programmatic Approach to Calculating DS1085 Programmable-Oscillator Register Values
应用笔记1058：LVDS促进3G基站的高速信号传送
App Note 183: Controlling a Variable Voltage Power Supply Using the DS1809 (Pushbutton Control)
App Note 182: Frequency Calculator for the DS1085/DS1085L EconOscillator
App Note 168: DS1669/DS1869 Digital Potentiometer Modes of Operation
应用笔记873：通过低电压差分信号(LVDS)传输高速信号
App Note 593: Dallas Semiconductor Digital Potentiometers: Frequently Asked Questions
App Note 410: Controlling a DS1804 Using an 8051-Compatible Microcontroller