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Avalanche-Photodiode Detector Circuit Limits Current to 1mA and Improves Transient Response |
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DS1858 Analog Monitor Input Online Interactive Calculator Temperature-Controlled Resistors with Three Monitors |
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DS1863; DS1865; DS1875: How to Interface to MAX3735 or MAX3741 Compact Laser Driver |
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How to Interpret DS1854, DS1857, and DS1858 Temperature and Voltage Readings |
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How to Optimize Avalanche Photodiode (APD) Bias Range Using a DS1841 Logarithmic Resistor |
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How to Program the Bias DAC in Manual Mode for the DS1863/DS1865 PON Controllers |
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Interfacing Digitally Controlled Potentiometers and Resistors to Laser Drivers |
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Interfacing Digitally Controlled Pots and Resistors to Laser Drivers |
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Simple Regulator Provides Constant Voltage for High-Side Current Monitors |
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Stabilizing Thermoelectric Controller (TEC) Loops Using a Unit-Step Response |
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| Part-Specific Design Notes |
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DS1863; DS1865; DS1875: How to Interface to MAX3735 or MAX3741 Compact Laser Driver |
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MAX3610: MAX3610 Synthesizer-Based Crystal Oscillator Enables Low Cost, High-Performance Clock Sources |
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MAX3643: Generating a TX Power Monitor in Burst Mode Applications (Using MAX3643 and the DS1863 or DS1865) |
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MAX3643: Using the MAX3643 Laser Driver with a Low-Cost Microcontroller |
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MAX3645: Using the MAX3645 as a Pin-for-Pin Replacement of the Mindspeed MC2045-2/2Y |
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MAX3654: Obtaining Larger Output Signals in GPON ONT Video Applications Using the MAX3654 |
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MAX3656: Optimizing the MAX3656 Output Network for Long Laser Leads in GPON/GEPON Application |
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MAX3656: Using the MAX3656 Laser Driver to Transmit Serial Digital Video with Pathological Patterns |
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MAX3667: Driving A Laser Diode With the MAX3667 From A Single +3.3V Power Supply |
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MAX3670: Loop-Filter Configuration for the MAX3670 Low-Jitter PLL Reference Clock Generator |
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MAX3701: Interfacing the MAX3701 to a Blue/Violet Laser Diode [Application Brief] |
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MAX3735: Choosing the APC Loop Capacitors Used with MAX3735/MAX3735A SFP Module Designs |
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MAX3735: Using the MAX3735 in a Small Form Factor (SFF) Transceiver Module |
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MAX3735A: Laser Driver Output Configurations, Part 1: DC-Coupled Optimization Techniques |
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MAX3735A: Laser Driver Output Configurations, Part 3: Differential Drive |
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MAX3735A: MAX3735A Laser Driver Output Configurations, Part 4: Driving VCSELS |
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MAX3735A: Special Considerations When Interfacing the MAX3735A to the DS1859 |
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MAX3740: The MAX3740/MAX3795 Laser Driver Average Power Monitors (PWRMON) |
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MAX3815: Increase the Reach of HDMI and DVI Cables with the MAX3815 TMDS Equalizer and MAX3816A DDC Extender |
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MAX3861: Configuring the MAX3861 AGC Amp as an SFP Limiting Amplifier with RSSI |
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MAX3865: The MAX3865 Laser Driver with Automatic Modulation Control |
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MAX3872: Choosing an Optimal Filter Capacitor for the MAX3872 Multi-Rate CDR |
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MAX3892: 2.7Gbps Transponder Applications Using the MAX3892, MAX3882, and MAX3670 Chipset |
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MAX3905: MOST Automotive Transmitter Using the MAX3905 and an ULM Photonics VCSEL |
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MAX3950: Printed Circuit Card Layout Considerations for 10Gbps Current Mode Logic Inputs on the MAX3950 EVKIT |
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MAX3967A: Improving Speed Performance of Slow LEDs Using the MAX3967A with Added Peaking Elements |
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MAX3983: Designing for 10Gbase-CX4 Transmitter Template Compliance with the MAX3983 |
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MAX3983: Equalize 10Gbase-CX4 and Copper InfiniBand Links with the MAX3983 |
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MAX3991: Accurate Loss-of-Signal Detection in 10Gbps Optical Receivers using the MAX3991 |
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| Technical Articles |
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HFTA-05.0: Statistical Confidence Levels for Estimating BER Probability |
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HFTA-06.0: Designing a Simple, Small, Wide-Band and Low-Power Equalizer for FR4 Copper Links |
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HFTA-07.0: Precision Reference Clock Usage in Clock and Data Recovery Circuits |
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HFTA-10.0: Physical Layer Performance: Testing the Bit Error Ratio (BER) |
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HFTA-12.0: Measuring Crosstalk Penalty in High-Speed Bidirectional Serial Communication Modules |
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| Transmitter Interfaces |
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HFAN-02.0.1: Parasitic Inductance Effects in 10Gbps Fiber Optic Design |
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HFAN-02.0.2: Laser Diode to Single-Mode Fiber Coupling Efficiency: Part 1 - Butt Coupling |
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HFAN-02.2.1: Maintaining the Extinction Ratio of Optical Transmitters Using K-Factor Control |
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HFAN-02.3.1: Maintaining Average Power and Extinction Ratio, Part 1, Slope Efficiency and Threshold Current |
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HFAN-02.3.2: Maintaining Average Power and Extinction Ratio, Part 2, MAX3863 Laser Driver and DS1847 Digital Resistor |
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HFAN-02.3.3: Optimizing the Resolution of Laser Driver Current Settings Using a Linear Digital Potentiometer |
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HFAN-02.4.0: Over-Voltage Protection for SFP Laser Drivers [Application Brief] |
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HFAN-02.5.0: Single-Ended vs Differential Methods of Driving a Laser Diode |
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HFAN-02.6.0: Reducing Noise and Wander in Low-Speed (<622Mbps) Optical Transmitters |
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HFAN-02.7.0 Reducing Laser Driver Output Noise When No Input Signal Is Applied |
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