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G.8261 Compliance Report
D类放大器原理及EMI抑制
24-Bit Sigma-Delta ADC Reduces the Requirement for an Analog Front-End (AFE) for ECG/EKG Applications
MAX3421E版本1和2主机OUT传输
串联型或并联型电压基准的选择
利用DS5250产生RSA密钥
Interfacing a DS3234 Extremely Accurate SPI-Bus Real-Time Clock (RTC) to a Motorola Digital Signal Processor (DSP)
NV SRAM Device Programmers
用于交流耦合、多点LVDS总线的高可靠性失效保护偏置电路
Calling Utility ROM Functions with IAR's Embedded Workbench\tfor MAXQ
RF Front-End IC Simplifies Software GPS Receiver
MAX2831功率放大器(PA)输出功率和偏置电流的优化
实现MAXQ2000微控制器的JTAG加载主机
MAX2205—检测高峰均比信号
在TD-SCDMA手机设计中利用MAX2392满足T3R4的要求
Using the Elliptic Curve Digital Signature Algorithm (ECDSA) with the DeepCover Secure Microcontroller's (MAXQ1103) Modular Arithmetic Accelerator (MAA)
LVDS为汽车应用提供可靠的视频接口
配合MAX9217/MAX9218/MAX9247/MAX9248/MAX9250评估板工作
MAX6956编程指南\r\n\r\n
MAX1452非线性修正应用电路
How to Use the CAN Bootloader to Load User Application Code in the MAXQ7665A
可控制多外设的SPI/I²C总线
如何升级MAXQ的串口-JTAG接口板的固件
直流耦合视频放大器/滤波器的视频信号电平转换
DS8007和智能卡接口基础
模拟乘法器提高高边电流检测的测量精度
HFTA-16.0：双极型集成电路的ESD保护
可编程风扇控制器
高灵敏度运算放大器应用中的过压保护(OVP)
利用DS8007评估套件进行设计
利用1-Wire®链路功能获取位置信息—一种确定器件物理地址的简单信令协议方法
使用DS89C450作为静态LCD显示屏控制器
采用MAXQ2000实现与MAX1169的高速I²C接口
如何在DS2784中存储电量计参数
调谐MAX2640低噪声放大器(LNA)用于470MHz至770MHz ISDB-T设计
2.1声道(卫星通信/低音)扬声器系统概述
MAX8660/MAX8661 PCB布局指南
利用精密仪表放大器实现负压电流检测
使用模拟电压控制数字电位器
DS1863存储器速查指南
MAX7359用于PDA/智能电话的多功能键和游戏键控制：编程指南\r\n\r\n
Using the DS4402/DS4404 to Margin the Output Voltage of a DC-DC Converter
MAX4929E用于HDMI/DVI低频开关
如何提高MAX4007的工作速度
测量4通道解串器的偏移容限\r\n\r\n
DS33R41多芯片模组的BSDL测试
How to Generate PWM Waveforms Using Timer B on MAXQ Microcontrollers
测量MAX999比较器的输出抖动
理解DS2784的欠压保护延时(t<sub>UVD</sub>)
Implementing a MAX1385-Based Control Loop in C/C++
利用MAX1452实现远端传感器补偿
Transmitting I&#178;S Audio Streams in Automotive Applications Using the MAX9205/MAX9206 LVDS SerDes
如何连接DS1862与内置APC环路的激光驱动器
Extend Current-Sense Amplifier&#x27;s Input Range Down to 0V
巧妙的线路板布线改善蜂窝电话的音质
DS2703的通信流程图
过压保护的备用电路: 技巧和窍门
交流耦合的优点
开关电源介绍
下一代视频滤波放大器，延长了手持式视频系统的电池使用时间
DS5250与磁卡读卡器的连接
2线总线上升时间加速电路
利用眼图模板评估串行器和解串器(SerDes)的性能
MAXQ7665评估板快速入门
区分数字电位器的性能
在SONET/SDH使用Ethernet Over PDH
DS2480B 1-Wire&reg;时序的理解及配置
DS2786电池电量计在2节锂离子电池包中的使用
运算放大器关键术语
简化电源测试的SPST双极性功率开关
低成本电源排序器
DS1865速查指南
利用MAX6972&#8211;MAX6975 LED驱动器消除彩色LED显示系统中的假像电流
充分利用MAXQ&reg;处理器的非易失存储服务
MAX9257/MAX9258评估板I&sup2;C模式工作指南
DS278x系列电量计中的RSGAIN校准
使用TDMoP产品的抖动缓冲器补偿报文时延差异(PDV)
将复合同步嵌入绿色信号
使用MAX7456存储器和评估板文件生成定制字符和图形
DS33R11多芯片模组的BSDL测试
DS8007在智能卡交易中的应用
利用G类放大器和电荷泵技术在增强型放大器设计中以最少元件获得最高效率
DS33X162产品线的FAQ
MAX1233/MAX1234触摸屏控制器入门
<u>i</u>Button数据记录器和<u>i</u>Button帽的IP (进入防护)等级
IAR EWMAXQ 4.0 Linker File&#8212;Simplified
改善USB 2.0开关系统的响应特性
机电SFN封装的连接方法
使用MAX7461同步丢失报警功能实现简单快速的标清视频检测
利用0至1V模拟乘法器实现电池供电系统的精确功率管理
用DS39xx CCFL控制器实现模拟调光
基于DS2786电路的编程及测试
如何调整DS3994的软启动方式
利用DS1864提高APD的RSSI校准
Maxim的TDM-over-Packet (TDMoP)设备与其它厂家TDMoP设备的互操作性
测量差分输出、电流模式数/模转换器(DAC)的线性度
摄像系统的模拟视频滤波技术
实现高速信号的接口
Understanding Li+ Battery Operation Lessens Charging Safety Concerns
调整检流放大器的失调电压提高电流测量精度
利用自动归零噪声滤波器降低仪表放大器的输出噪声
简化1节Li+电池供电设备的设计
用于MAX7456随屏显示器SPI接口的C程序
实现密钥的物理安全
视频滤波器的热管理设计\r\n
负电荷泵为WLED背光应用提供堪比电感电路的高效率
DS278x电量计电流失调寄存器(COB)的校准
获取锂离子(Li+)电池参数，用于基于开路电压(OCV)的电量计测量
增强DS39x系列CCFL控制器的栅极驱动能力
New Switch Facilitates DisplayPort/PCIe Switching
为DS2784独立式电量计添加热保护功能
如何在手动模式下设置DS1863/DS1865 PON控制器的偏置DAC
Using the DS4412 to Margin the Output Voltage of a DC-DC Converter
新型CCII电流传输器
从高速微控制器系列向超高速闪存微控制器的升级
DS8113智能卡模拟接口评估套件使用说明
用uIP堆栈实现MAXQ微控制器联网
解决MAX1452/MAX1455信号调理器的电源容限问题
设计基于LED的视频显示板
High-Voltage Watchdog Timers Enhance Automotive System Safety
高性能汽车电源设计的发展趋势
估算DS2715 NiMH电池充电器的开关速度
估算DS2712 NiMH电池充电器的开关速度
不平衡双绞线会造成抖动！
充电器反接时，DS2784高边nFET保护器的保护电路
高度可靠的霍耳传感器接口集成方案
DS1863、DS1865、DS1875：如何与MAX3736紧凑型激光驱动器连接
RS-232收发器的演进
DS2786电池电量计在2节电池供电系统主机侧的使用
最小化MAX9877音频子系统IC的关断电流
固态USB开关及其它过流保护器件的浪涌测试
HFAN-02.7.0 降低无输入信号时的激光驱动器输出噪声
内部与外部看门狗定时器的比较
扩展MAX9930在CATV应用的功能
CMOS Source Resistance and Its Effects on Source-Follower Gain
光纤网络中运营以太网服务的划分
根据交流连续性测试装置排查电缆的单端故障
关断检流放大器的两种方法
利用高亮度LED和SEPIC电源模块构建显示器背光方案
笔记本电脑借助通用GPS RF前端实现软件基带处理
在MAXQ2000数据存储器中实现软堆栈
用有源高压瞬态保护器替代传统的汽车电子无源保护器件
安全管理电路提供全方位监测，确保系统的安全性
构建低电压负电源热插拔电路的三种方案
怎样使用MAXQ3180微控制器的串行外设接口(SPI)
Oscillator Design Considerations for Low-Current Applications
G.8261 Compliance Report
MAX6964 LED驱动器的PWM亮度控制
MAX9257/MAX9258评估套件PRBS模式设置
MAX2112/MAX2120卫星调谐器扩展性能
使用MAX4951 SATA双向转接器驱动eSATA电缆
MAX3580 DVB-T调谐器的应用考虑
用于中国地面电视标准GB20600的MAX2165单环路AGC控制方案
测量并校准产品的温度失调
Increasing the IP3 of the MAX2659 Low-Noise Amplifier (LNA)
影响开关模式、DC-DC转换器效率的主要因素
超小型UCSP&#8482;封装器件改善便携设备的电池管理\r\n
笔记本电脑的LVDS图形切换
MAX11040K 24位同时采样&#931;-&#916; ADC综述
采用MAXQ2000 USB “拇指”评估套件进行设计
Using the DS4424 to Margin the Output Voltage of a DC-DC Converter
先进的电力线监测需要高性能同时采样ADC
MAX16031/MAX16032基于EEPROM系统管理器的在线编程\r\n
MAX16031/MAX16032系统监控中的外部温度传感器校准
MAX16046&#8211;MAX16049 EEPROM可编程系统管理器的在线编程\r\n
Providing Additional Low-Frequency Rejection with the MAX2659 GPS Low-Noise Amplifier (LNA)
Reconstructing Analog Video with the Maxim Video Filter Family
Low-Temperature Data Retention in Nonvolatile SRAM
比例电路设计消除数字电位器的25%误差影响
Stack References for Higher Adjustable Voltages from a Digital Pot
Small-Signal Bandwidth in a Big-Band Era
Measuring Temperature with the MAX1358 Data Acquisition System
Battery Selection for Security Manager Applications
为DS1845/DS1855数字电位器构建按键接口
The Zero-Transistor IC, a New Plateau in IC Design
用于300MHz至450MHz发送器的小型天线
电缆损耗对自动测试设备的影响
Interfacing the MAX5881 Direct RF Synthesis DAC to FPGAs
视频显示信号与MAX9406 DP-HDMI/DVI电平转换器&#8212;第1部分
采用DeepCover安全微控制器(MAXQ1850)评估套件和面向MAXQ30的CrossWorks编译器进行设计
视频显示信号与MAX9406 DP-HDMI/DVI电平转换器&#8212;第2部分
Use a Margining Oscillator as a Spread-Spectrum Clock Generator to Reduce EMI
用于汽车尾灯的LED驱动器\r\n
Multicolor Lighting Employs High-Power Drivers for RGB LEDs
High-Speed I&sup2;C for the MAX1239 ADC Using the MAXQ2000 Microcontroller
利用TDMoP器件支持FDL网络环回
使用可变电阻和温度索引查找表(LUT)补偿稳压器输出\r\n
DS26518 T1/E1/J1收发器中的发射脉冲控制
利用超低电流、脉冲频率调制(PFM) DC-DC转换器降低待机功耗
利用低功耗比较器自动检测插入附件，控制系统的整体功耗
低损耗LED驱动器通过提高效率、延长电池寿命加快系统的绿色进程
Programming 10-Bit Gamma Registers on the DS3514
添加热监控电路降低数据中心的能耗
节能：一叶知秋
超低抖动时钟合成器的设计挑战\r\n
电缆损耗
DS2433设计转变为DS24B33 4Kb 1-Wire&reg; EEPROM\r\n
MAX9979管脚电子IC中PMU模式操作
Well Grounded, Digital Is Analog
利用DeepCover安全微控制器(MAXQ1103)产生RSA密钥
Reading Temperature Using the MAXQ2010 Evaluation Kit
How to Configure the DS89C430 Dual Serial Ports with Different Timers Using the Keil C Compiler
Robust Contact Monitor Simplifies Design of Body Control Computers
高性能、多通道、同时采样ADC在数据采集系统(DAS)中的设计
用单片IC产生精密三角波\r\n
在笔记本电脑中切换VGA信号
为KVM应用构建8至1 USB开关
Comparison of the DS18B20 and DS18S20 1-Wire® Digital Thermometers
Drive the REF Pin of New Generation Instrumentation and Current-Sense Amplifiers Without an Op Amp
How to Replace a DS1213 SmartSocket with an Equivalent-Density NV SRAM Module
为汽车照明应用选择HB LED驱动器
利用TDR (时域反射计)测量传输延时
MAX6960大LED显示屏编程指南
MAXQ7667 Transducer Diagnostics
Modulo Exponentiation Timing with the DS5250 Microcontroller
Pseudo Random Number Generation Using Linear Feedback Shift Registers
A Single-Chip Personal Alarm
Square-wave Oscillator Includes No External Components
Provide Remote Alarm for Smoke Detector
Using a Linear Regulator to Produce a Constant Current Source
利用空闲运放产生稳定的负电源
Power Supply Features Low V<sub>IN</sub> and V<sub>OUT</sub>
USB Carries 16-Bit Voltage Measurements
带有延时的备份电池方案
具有麦克风监测功能的耳机衰减器
80mA Precision Reference
Sequencing Circuit Provides Pseudo Voltage Tracker
数字信号电平转换
利用高边电流放大器构建28V断路器
用IC构建直读式温度探头
Transceiver IC Generates &plusmn;30V
I&sup2;C Interface Connects Compact Flash Card to Microcontroller
Understanding Voltage-Reference Temperature Drift
在MAX-IDE中自动初始化数据段
DS1991L多密钥<u>i</u>Button&reg;替代方案
Same? Really the Same? Maybe? The Cross-Reference Challenge
Demonstrating Green Technology with Apples, Oranges, Lemons, and Limes
Rail-to-Rail: Railroading and the Electronics of Op Amps
DeepCover安全微控制器(MAXQ1103)破坏性复位诊断程序
Isolated Temperature Sensor
在传感器近端量化热电偶输出
USB-Powered Bipolar Supply
简单易用的OOK调制方案
Logarithmic LED Panel Display Has 72dB Range
利用IC构建简单的温度计式电压指示
Single-Pushbutton ON/OFF Power Control
Boost Converter Switches Between Battery and USB Power
利用MAX4928切换DisplayPort热插拔检测信号
Getting Started with the MAX6651 Fan Controller
MAX2170 VHF和L波段输入端口的S11参数
在单相表架构中使用模拟前端MAXQ3180
结构紧凑的超声成像系统连续波多普勒(CWD)设计的挑战
了解PWM IC的温度降额特性以获得系统的最佳性能
评估低抖动PLL时钟发生器的电源噪声抑制性能
在MAXQ8913微控制器中从RAM执行应用程序
Inexpensive (Almost Free) Probe/Tweezers for Testing SMD Components
校准MAX9979引脚电子器件
HFAN-04.5.5评估电源噪声抑制比对PLL时钟合成器的影响
APD非线性响应补偿
DS1875快速设计指南
MAXQ610微控制器的串口使用
Aperture Jitter Calculator for ADCs
Wake up and hear the IR
Bipolar Stepper-Motor Driver has Few Components
Constant-Power Source
16位分辨率仿真改善视频显示中的LED亮度控制\r\n
4.096V, 80mA Precision Reference
如何应用基于SHA-1算法的安全认证和系统功能配置
Diagnose LEDs by Monitoring the Switch-Mode Duty Cycle
Precision Constant-Current Sink Provides Wide, Close-to-the-Rail Compliance
Soft-Start Enhances LED Driver
Bridge from USB to I&sup2;C
PWM-Controlled 4&#8211;20mA Transmitter Is Galvanically Isolated
In-Circuit Programming Switch
Derive Simple High-Current Source from Lab Supply
Typically Testing “Typical” in a Typical Manner
How Signal Chains and PLCs Impact Our Lives
Damage from a Lightning Bolt or a Spark&#8212;It Depends on How Tall You Are!
在数据转换系统中校准增益误差的方法
用电流检测放大器替代高共模仪表放大器
NiMH/NiCd Switchmode Battery Charger Has dV/dt Charge Termination
Single-Inductor Circuit Generates Bipolar Supply Voltages
Add Margining Capability to a DC/DC Converter
Miniature Circuit Converts Negative Inputs to Positive Outputs
Negative Step-Down Converter Requires No Inductor
Simple Current Limiter Is Programmable
Single-IC PWM Modulator Has 2% Linearity
Driver Provides Proportional Solenoid Control Without PLC or &micro;C
Locked-Sync Sine Generator Covers Three Decades with Low Distortion
One-Wire Network Controls Remote SPI Peripherals
DS1994L 4Kb、带有时钟的存储器<u>i</u>Button&reg;的替代产品
Load-Power Monitor Improves High-Side Current Measurements
Precision Current-Sink/Source Circuits Configure as Mirrors or Amplifiers
DC Voltage Controls PWM Dimming of High-Brightness LEDs (HB LEDs)
Simple High-Voltage Supply Features Single IC and Small Size
Adjustable Hysteresis in Microprocessor-Reset ICs
Adjusting the output voltages of the MAX8660/MAX8661
Simple Circuit Protects Automotive Video Drivers from Overvoltage
Extend Range of Current-Sense Amplifiers
Circuit Transfers Resistance Value Through Isolation Barrier
Simple and Easy Power-OK Indicator Detects Under- and Over-Voltage
Charging Lithium Batteries with a Nonstandard Termination Voltage
低成本、双SCART机顶盒方案，支持Kanal+
Constant-Power Driver Is Simple, Efficient, and Inexpensive
\"Linkwitz Circuit\" Equalizes a Closed Box
Two AA Cells Produce Huge Audio Volume
White-Noise Generator Has No 1/f Component
基于MAXQ2000和MAX7312的LED靶标游戏机
Hot-Surface Warning Light Requires No External Power
Level Shifter Helps to Parallel LED Current Drivers
Precise Calibration of Dual-Slope ADCs
Long Twisted Pair Reads Digital Temperature Sensor
Precision Circuit Monitors Negative-Supply Thresholds
Shut Down a Current-Sense Amplifier via Its Supply Pins
Flexible Overvoltage/Undervoltage Detector Monitors Negative and Positive Voltages
High-Voltage, Programmable-Gain Current Monitor
Low-Cost Circuit Converts Clock to Low-Distortion Sinewave
LED Level Shifter Includes Fault Detection
Automotive Protection Circuit \"Rides Through\" Supply-Voltage Interruptions and 72V Transients
Simple Circuit Limits Amplifier&#x27;s Output
Analog Switch Multiplexes SFP Modules
Isolated Power Using Capacitors
RS-485 Adapter Converts Data Lines from Full- to Half-Duplex
Circuit Guards Amplifier Outputs Against Overvoltage
Digital Resistor Sets Operating Power for Laser Driver
Simple Latching Watchdog Timer
利用电阻网络设置差分放大器的固定增益
Linear Brightness Controller for LEDs Has 64 Taps
RS-232、RS-485接口电路常见问题解答
Dynamic Siphon Steals Current from USB Port
Add Precise Output Adjustment to Low-Voltage Supplies
Ramp Generator Controls DC-DC Converters
Extending the Input Voltage Range of Standard Op Amps
Simple Timeout Protection for High Current Flash LED Drivers
Bipolar DC-Voltage Detector Offers Sensitivity and Precision
Simple Nonvolatile Gating
Reverse Battery Charger Protection
Precision Current-Transmitter/Source-Sink Calibrator Has Wide Compliance Range
Protect LED Driver in Backlit Displays
防止FPGA设计被盗版：高性价比认证方案有效保护基于SRAM的FPGA设计IP
利用高性能同时采样ADC降低高级电力线监测系统的成本
利用耦合线圈拓扑改善双相buck转换器的性能
克服汽车系统中高亮度(HB) LED集成方案的技术瓶颈
Use a DS3900 to Evaluate I&sup2;C-Compatible Devices for Successful Bidirectional Communication
简单软件实现1-Wire&reg;温度器件的硬件CRC校验和串行码流的误码检测
Avoid Design Misinterpretations that Put System Operation in Jeopardy
为MAX13330/MAX13331汽车耳机放大器添加插孔检测
MAX16922 PMIC布线指南及示例
理解ATE SPI (串行外设接口)
为MAX6948 WLED (白光LED)驱动器增加外部PWM控制功能
调节MAX2009/MAX2010 RF预失真器以优化系统性能
A Proposed Framework for Measuring, Identifying, and Eliminating Clock and Data Jitter on High-Speed Serial Communication Links
升级面板表的输入范围和精度\r\n
ADC输入转换器
Logic-Level Signals Dim -48V LED Driver
音乐灯光控制器
利用简单电路解决带电插拔过程的USB电流过冲问题
高速运放支持红外(IR)接近检测设计
Smart Cable Aids Quality Control and Authentication
Nonvolatile STANDBY/ON Switch
Multiple-Pulse Generator Aids IC Testing
A Simple 1-Wire&reg; DAC
电视音频放大器&#8212;超薄系统的热测试考虑
<u>i</u>Button&reg;数据记录器校准及NIST认证FAQ
利用MAX16046系统管理IC进行排序
利用相位延迟改善3D音效
Bluetooth to 1-Wire&reg; Communication Using the DS9097U
为GPIO器件增加边缘敏感信号的瞬态检测功能
连接两位LED模块
确定DS3xxx CCFL控制器的LCM和OVD门限
DS1874快速参考指南
高性能同时采样ADC在工业多通道数据采集系统(DAS)的传感器信号调理中的应用
Calculating the Tachometer Register Value of the MAX6615/MAX6616
MAXQ3180入门：寄存器配置
Achieve ISO 11898-2-Compliant 5V HS-CAN Communication from a 3.3V Supply
利用双绞线及其它常规线缆降低EMI/RFI
利用热分析预测IC的瞬态效应并避免过热
为无线基站选择高线性度混频器
New Equalized SATA I/II/III Redriver Improves eSATA Cable Drive
如何通过MAX2990 I&sup2;C接口向标准EEPROM (24C04)写入数据\r\n
Simplify AISG Control Systems by Integrating the Hardware Discrete Transceiver
模拟开关FAQ\r\n
External MOSFET Reduces I&sup2;R Losses in Smart Power Selector&#8482;-Based Chargers
智能手机键盘控制器的一种实现方法
为Maxim的TDMoP器件筛选振荡器\r\n
高精度数/模转换器(DAC)的温漂
基于压电马达的触觉响应解决方案
MAX9259 GMSL的线路故障检测\r\n
Digital Calibration Makes Automated Test Easy; Calibration FAQs
通过适当的电源旁路滤波消除噪声
MAX16065&#8211;MAX16068和MAX16070/MAX16071闪存配置系统管理器的在电路编程
How to Build a Simple, Interactive Digital Voltmeter
将IC注塑到一个连接器或消耗品内
The Quick Guide to Layout Considerations for the Lithium-Ion (Li+) Battery Simulator
MAX11043 EV Programming Guide
DS1873 SFP+控制器快速设计指南\r\n
通过质询-响应认证实现安全门禁控制
如何实现DS34S132 TDM-over-Packet (TDMoP) IC与其它TDMoP器件的互操作
利用USB至JTAG接口板编程MAX1441\r\n
合理设置电源跳线，评估MAX9259/MAX9260 SerDes芯片组\r\n
How to Calculate the Operating Windows for a Remote Antenna Current-Sense Amplifier and Switch
Cell Characterization Procedure for a ModelGauge&#8482; m3 Fuel Gauge
Measurement Methodology eSATA
78M6612 Printed Circuit Board Layout Guidelines
78M6612 Safety Precautions
设计下一代满足PCI PTS 3.x标准的支付终端
Negative-to-Negative Switch-Mode Converter Offers High Current and High Efficiency
True-Shutdown Circuit
Single-Supply Op Amp Forms Noninverting Level Shifter
Protect Current-Sense Amplifiers from Negative Overvoltage
Supervise and Power-Sequence a SoC
Battery/Charger Load Switch Approximates Ideal Diode
Using Current Transformers with the 78M661x
Energy Measurement in Split-Phase Systems Using 78M6612
78M6618 Safety Precautions
Sense Multiple Pushbuttons Using Only Two Wires
Microcontroller Controls Current-Loop AFE Protection
利用MAX2180 LNA设计AM/FM有源天线
Migrating from the Teridian 73S8024RN to the 73S8009R
Replacing 8024 Devices with the Teridian 73S8014R/RN
Replacing the 73S8014R with the 73S8014BL
Teridian 73S8024C versus NXP TDA8024T
Implementing the Teridian 73S8024RN in NDS Applications
Teridian 73S8024RN versus NXP TDA8024T
Achieving EMV Electrical Compliance with the Teridian 73S8024RN
Replacing the 73S8024RN with the 73S8014BN
73M1822/73M1922 Schematic and Layout Guidelines
73M1x22 Worldwide Design Guide
73M1x66B/73M1x22 Low Voltage Transient Protection
73M1866B/73M1966B Schematic and Layout Guidelines
73M1x66B Worldwide Design Guide
73M1866B/73M1966B PCM Connectivity
73M1x66B Daisy Chaining
优化MAX44007环境光传感器，改善黑色玻璃的设计性能
Protect Your Integrated-FET Power Switches with Automatic Current-Limit Adjustment
高精度温度测量带动铂电阻温度检测器(PRTD)和&#931;-&#916; ADC应用
78M6612 Hardware Design Guidelines
Starting EMC Level 1 Test Automation with TSC CCID Driver
73S1215F, 73S1217F USB CCID Guidelines
Design Guidelines for 78P235x E4/STM1e LIUs
Teridian 78Q8392L Compatibility
78Q8430 Layout Guidelines
巧用示波器的计算功能分析热插拔电路
73M1x22/73M1x66B MicroDAA DC Control Loop Operation
73M1x22/73M1x66B MicroDAA Hybrid Operation
DS1876 SFP控制器快速参考设计
71M6511 Calibration of a Single Phase Meter with Shunt and CT
71M65XX Precautions for Setting ECK_DIS and SECURE Bits
Current Shunt Meter Interface Using the Teridian 71M6511
Temperature Compensation for the 71M651x/651xH, 71M652x, and 71M653x Energy Meter ICs
非易失存储器的替代规则
EMI/EMC Compliant Meter Design with the 71M6511
Using the Optical Port of the Teridian 71M6511/71M6513
关于Maxim时分复用(TDMoP)技术的常见问题解答
Rogowski Coil Meter Interface Using the Teridian 71M6513
Infrequent Temperature Measurements
Liquid Crystal Display (LCD) Interface
Interfacing to the RX Pin of the Teridian 6511, 6513 and 6515
Controlling the CHOP_EN Signal
71M651X Development Tools
Using the SSI Interface with the 71M651X Energy Meter Chips
78M6613 Safety Precautions
78M6613 Printed Circuit Board Layout Guidelines
带有校准输入的热插拔控制器，精确监测两路负载电流
采用MAX44009环境光传感器，轻松控制LCD显示屏亮度
MAX9949和MAX9950参数测量单元的工作模式\r\n
改造低频ISM发送器使其支持高频应用
DS2409 MicroLAN&#8482;耦合器设计替代方案\r\n
IEEE 1451.4 Class 1 MMI智能变送器的数字驱动电路\r\n
78M6613 Hardware Design Guidelines
如何计算MAX9257/MAX9258可编程SerDes芯片组的CCEN持续时间\r\n
如何在DS26303 LIU启用ITU-T G.703 2048kHz同步接口(T12)
Calibrating a Power Supply with a Digital Potentiometer
78M661x Calibration Procedure
Differences Between Maxim&#x27;s Advanced UART Devices
如何利用Maxim的环境光传感器进行EOC检测
Diagnosing Automotive Faults with Class D Audio Amplifiers
布线指南：提高汽车电源性能、降低电磁辐射
71M65XX with VITROPERM CTs
The Real-Time Clocks of the 71M65XX Metering ICs
71M651X Operation with Batteries
71M651X Crystal Frequency Variations
71M651X Boot Loader
Meter Design for Power Failure Events
Teridian 71M65XX Using DC-Tolerant CTs by J&D Electronics
71M6513 Broadband VARh Harmonic Performance
71M6513 Standards Compliance Test Report
71M6513 Harmonic Analysis
71M6513 Neutral Current Measurement
71M6513 Harmonic Performance
EMC/EMI Design Guidelines for 71M65xx ICs
Connecting the VFLT Pin of the 71M6515H
Design for EMC
Real Time Clock Compensation
RTC Compensation
Operating the 71M653X with External Serial SRAM
Code for Bank-Switching with the 653X-Series
Simple Detection Circuit Lowers Stress on LED Driver with Power-Line Dimming
Automotive USB Power
Using the Teridian 73M2901CE in 4-Wire and Leased Line Applications
Using the 73M2901CE in a Teridian K-Series Application
Manufacturing with the 73M2901CE V.22bis Single Chip Modem
73M2901CE PTT Testing
73M2901CE Line-In-Use/Parallel Pick Up Detection
73M2901 Ring Detection Using Optocouplers
Using the 73M2901CE DTMF Detector
73M2901CE Programming the Imprecise Call Progress Monitor Filter
Large Capacitor Replaces Backup Battery
DS2155 Monitor Mode Design
Extended System Information Bus (ESIB) Control Application
Additional Pulse Amplitude Settings for DS2148, DS21348, DS21Q48, DS21Q348 and DS21448
DS2155 and DS26401 Software Comparison
Modifying the E3 Template Compliance of the DS3150, DS315x and DS325x
Power-Fault Protection Layout
DS21Qx5y BSDL Scan Chain Mapping
DS2148/DS21348 Hardware Mode
Controlling a DS1803 Digital Potentiometer Using an 8051 Microprocessor to Generate 2-Wire Signals
Using Multiple DS1267 Digital Potentiometers With an 8051 Microprocessor Generating 3-Wire Signals
Controlling a DS1804 Using an 8051-Compatible Microcontroller
Derive 12V From 8V to 15V Input
Solar Cells and Switching Regular Charge Batteries at Optimum Rates
Buffering Scheme Drives Large LCDs
锁定稳压器，防止电池过度放电
48V-to-5V DC-DC Converter Using MAX638 Switching Step-Down Regulator Borrows Power from Phone Lines
Programmable-Gain Amplifier, Using the MAX532 DAC
利用电压基准补偿热电偶冷端\r\n
Switched-Capacitor IC Forms Notch Filter
5V Input Converter Generates -30V at 80mA
+12V Input Converter Generates -165V at 100mA
Extending Soft-Start
3.3V Lithium-Ion-Cell Buck/Boost Supply Requires One Inductor
Interfacing the MAX187 to the TMS320C3X Evaluation Module
REP004：用于2.35GHz移动数据接收机的低噪声放大器
REP006: 高效匹配的小功率线性RF (射频)功率放大器
REP009: TDMA工作性能优秀且占用很小PCB面积的蜂窝PA
用于蜂窝IS-95超低成本应用的CDMA功率放大器(PA)
HFAN-03.0.1: Setting a LOP (Loss of Power) Threshold Level Equivalent to a BER Level of 10-3
Programming and Controlling the FDL on DS2141A, DS2151
HFAN-04.0.2: Converting between RMS and Peak-to-Peak Jitter at a Specified BER
HFAN-04.5.0: Measuring Deterministic Jitter with a K28.5 Pattern and an Oscilloscope
MAX3265: Using MAX3265 LOS in GBICs
Step-up Converter with LDO Beats SEPIC Efficiency
MAX3930: Simulating Direct Laser Modulation with the MAX3930
Integrated Power Supplies are Highly Reliable and Compact Postregulators
Precision DAC and Watchdog Improve Analog Output Safety
Comparing the I&sup2;C Bus to the SMBus
All-Ceramic 200mA Step-Up Converter for USB
All-Ceramic 320mA Step-Down Converter for USB
实现电池反接保护的电路
Simple Circuit Activates Fan when Processor Heats Up
JFET Increases Voltage Rating for Linear Regulator
Harnessing Solar Power with Smart Power-Conversion Techniques
Evaluating Accuracy of Coulomb-Counting Fuel-Gauging Systems
工作在WCDMA 190MHz中频的MAX2388
MAX6652 System Monitor Combines Voltage Monitoring with Temperature Sensing
Using the Multiplex Bus RTC Extended Features
RSA Key Generation Using DeepCover Secure Microcontroller (MAXQ1850)
理解倒装芯片和晶片级封装技术及其应用
热电偶冷端补偿
技术支持常见问题(FAQ)
Frequently Asked Questions (FAQs) for Technical Support
符合EMI/EMC标准的SerDes——基本测试策略和指南
汽车信息娱乐形成主流：高集成度解决方案提供增值功能
利用零漂移仪表放大器(IA)应对传感器测量的设计挑战
检流放大器的瞬态过压保护
如何为MAXQ610微控制器增加DS1904实时时钟
DS314xx时钟同步IC升级工作于1Hz输入时钟
采用DeepCover安全微控制器(MAXQ1103)评估套件和面向MAXQ30的CrossWorks编译器进行设计
Remote Access and Operation of Zatara Series Platform
Hardware and Software Considerations for Interfacing a Thermal Printer to a Zatara Evaluation (EV) Kit
How to Migrate Between DeepCover Secure Microcontrollers (Zatara ZA9L0 to Zatara ZA9L1)
Proper Filtering and Grounding of DeepCover Secure Microcontroller (Zatara ZA9L0/ZA9L1) Devices
Zatara Key Generation Process
Zatara&reg; Third Party Key Assignment for Safe and Secure Application Developments
Using Window Comparators in Secure Managers
EEPROM and FLASH Write Cycle Timing
MAX5110/MAX5111多通道DAC的保留位或“无关”位设置
Setting Up and Programming the PHY107x in Non-DDM Applications
Programming the Phyworks&#x27; PHY1070-Family Reference Designs
PHY1070/PHY1075 Reference Firmware
Preventing Clock Stretching in Phyworks&#x27; Reference Designs
Reducing Bias Noise in PHY1075 Applications
Using a Pre-Calibrated Temperature Sensor in PHY1070-Family SFP
Setting Up the IAR Embedded Workbench for Phyworks&#x27; Firmware
PHY1076-01 SFP Reference Design for 155-2448Mbps Applications
PHY107x Evaluation GUI 1.6 Users Guide
PHY107X Evaluation GUI Version 2.5 Users Guide
PHY1075-01 Matching Circuits for 4G TOSA
Microcontroller Based PHY1078 Reference Design
Temperature Compensation using Bias and Modulation Current with PHY1078
Design a Low Power Consumption Optical Module Using PHY1040
Use of the PHY1040 IC for 125Mbps to 2.125 Gbps SFP Applications
Reduction of Current Consumption in Applications Using PHY107x
Calibrating a PHY2078-Based Optical Module at a Single Temperature
PHY1066 and PHY1068 Thermal Considerations
Generate Modulation Current LUTs for PHY2078 Based Optical Modules at Single Temperature

关键词: G.8261, Y.1361, wander, wander performance, G.8261 performance, Y.1361 performance, wander compliance, G.8261 compliance, Y.1361 compliance, packet delay variation, PDV, jitter
関連製品

应用笔记 4248

G.8261 Compliance Report


摘要 : This document presents the tests results of the Maxim clock-recovery mechanism used in the DS34T10x and DS34S10x products under the ITU-T recommendation G.8261/Y.1361.

This document is written for a highly specific application and contains information about proprietary technology, and is only available to customers whose requirements closely match the application. To request the full document, please complete the form below.

Please enter information in English only.


应用笔记 4248,AN4248, AN 4248, APP4248, Appnote4248, Appnote 4248