产品线选择: 所有产品 ------------------ 数字-模拟转换器 光电产品

应用笔记

应用笔记4227：HFAN-02.7.0 降低无输入信号时的激光驱动器输出噪声 应用笔记4222：DS1863、DS1865、DS1875：如何与MAX3735或MAX3741紧凑型激光驱动器连接 应用笔记4094：HFRD-30.1: SFP+主板 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3990：电流源DAC配合PIN二极管，提供RF衰减及温度补偿 App Note 3934: HFRD-20.2: 1310nm XFP Uncooled EML Transceiver 应用笔记3896：HFTA-14.0接收器的设计挑战 应用笔记3812：HFRD-22.2: GPON (MOGPON) ONT模块 App Note 3766: HFTA-12.0: Measuring Crosstalk Penalty in High-Speed Bidirectional Serial Communication Modules 应用笔记3742：MAX3735A: 与DS1859接口时的特殊注意事项 应用笔记3725：HFAN-02.6.0: 减小低速(<622Mbps)光发送器的噪声和漂移 App Note 3647: HFRD-10.4: 1244Mbps/1244Mbps GPON ONT with Video Overlay 应用笔记3600：HFRD-21.0: 2.6Gbps制冷TOSA评估板(包括MAX3735A激光驱动器和MAX8521 TEC控制器) 应用笔记3596：MAX3740: MAX3740/MAX3795激光驱动器平均功率监视器 应用笔记3516：MAX3656: 在GPON/GEPON ONT应用中，针对激光器长引线，优化MAX3656输出网络 应用笔记3496：HFRD-10.2: 622Mbps/1244Mbps GPON ONT 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3427：DS1859数控电阻与MAX3735激光驱动器的连接 应用笔记3376：HFRD-15.0: 155Mbps至4.25Gbps SFP主板 App Note 3342: MAX3656: Using the MAX3656 Laser Driver to Transmit Serial Digital Video with Pathological Patterns 应用笔记3258：HFTA-08.0: DWDM系统中的接收机和发射机 App Note 3257: Using DS3902 in Low Cost Optical Modules 应用笔记3239：HFAN-02.5.0：激光二极管的单端和差分驱动比较 应用笔记3015：MAX3735A: MAX3735A输出配置，第4部分: 驱动VCSEL App Note 2930: HFAN-02.4.0: Over-Voltage Protection for SFP Laser Drivers [Application Brief] 应用笔记2703：MAX3735A：激光驱动器输出配置，第3部分: 差分驱动 App Note 2135: HFRD-04.0: 2.7Gbps, 1310nm Small Form Factor Pluggable (SFP) Transceiver 应用笔记2111：MAX3735A：输出配置,第1部分: 直流耦合优化技术 App Note 1937: HFAN-02.3.3: Optimizing the Resolution of Laser Driver Current Settings Using a Linear Digital Potentiometer 应用笔记1908：MAX3735: 在小外型(SFF)收发模块中使用MAX3735 App Note 1816: HFAN-02.0.2: Laser Diode to Single-Mode Fiber Coupling Efficiency: Part 1 - Butt Coupling App Note 1794: Interfacing Digitally Controlled Pots and Resistors to Laser Drivers App Note 1788: HFAN-06.2: IBIS Data for CML, PECL, and LVDS Interface Circuits App Note 1766: HFRD-03.0: Multi-Rate (1Gbps - 2.7Gbps) Small Form Factor Pluggable (SFP) Transmitter App Note 1747: MAX3735: Choosing the APC Loop Capacitors Used with MAX3735/MAX3735A SFP Module Designs App Note 1738: HFAN-09.0.4: NRZ Bandwidth - LF Cutoff and Baseline Wander App Note 210: Implementing Internal Calibration Using the DS1858 App Note 1151: HFRD-02.0: 2.5Gbps Small Form Factor (SFF) Transmitter App Note 1119: HFAN-02.2.1: Maintaining the Extinction Ratio of Optical Transmitters Using K-Factor Control App Note 1102: HFAN-09.0.3: APON Class A, B, & C Physical Layer Requirements App Note 1093: HFAN-02.3.2: Maintaining Average Power and Extinction Ratio, Part 2, MAX3863 Laser Driver and DS1847 Digital Resistor App Note 1092: HFAN-02.3.1: Maintaining Average Power and Extinction Ratio, Part 1, Slope Efficiency and Threshold Current App Note 995: MAX3892: 2.7Gbps Transponder Applications Using the MAX3892, MAX3882, and MAX3670 Chipset App Note 985: HFAN-09.0.2: Optical Signal-to-Noise Ratio and the Q-Factor in Fiber-Optic Communications Systems App Note 984: HFAN-02.0.1: Parasitic Inductance Effects in 10Gbps Fiber Optic Design App Note 878: MAX3865: The MAX3865 Laser Driver with Automatic Modulation Control App Note 274: HFAN-02.0: Interfacing Maxim Laser Drivers With Laser Diodes App Note 596: HFAN-02.2.0: Extinction Ratio and Power Penalty App Note 1089: HFAN-05.1.0: Single-Ended and Differential S-Parameters App Note 472: MAX3930: Simulating Direct Laser Modulation with the MAX3930 应用笔记697：SiGe技术提高无线前端性能