HFAN-09
Abstract: MAX3873 MAX3875 MAX3877 MAX3878
Text: Application Note: HFAN-4.0.4 Rev.1; 04/08 Jitter in Digital Communication Systems, Part 2 Maxim Integrated Products Jitter in Digital Communication Systems, Part 2 1 Introduction A previous application note on jitter, HFAN-4.0.3 "Jitter in Digital Communication Systems, Part 1,"
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HFAN-09
Abstract: No abstract text available
Text: Application Note: HFAN-09.0.1 Rev 0; 12/01 NRZ Bandwidth - HF Cutoff vs. SNR MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 1hfan901.doc 12/07/01 NRZ Bandwidth – HF Cutoff vs. SNR 1 Introduction 3 Autocorrelation of Random NRZ Data
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HFAN-09
1hfan901
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HFRD-04
Abstract: HFAN-09 HFDN-26 SLT2170-xN MAX3656 MAX3735 MAX3735A MAX3737 OC48 SLT2170-LN
Text: Design Note: HFDN-26.0 Rev.3; 02/10 MAX3735A Laser Driver Output Configurations, Part 1: DC-Coupled Optimization Techniques Maxim Integrated Products MAX3735A Output Configurations, Part 1: DC-Coupled Optimization Techniques 1 Introduction The MAX3735A is a DC-coupled SFP laser driver
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HFDN-26
MAX3735A
HFAN-02
HFAN09
MAX3735/MAX3735A
HFDN-23
1310nm
HFRD-04
HFAN-09
SLT2170-xN
MAX3656
MAX3735
MAX3737
OC48
SLT2170-LN
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HFAN-9
Abstract: KC 0898 HFAN-09
Text: Application Note: HFAN-09.0.4 Rev.1; 04/08 NRZ Bandwidth – LF Cutoff and Baseline Wander Maxim Integrated Products NRZ Bandwidth – LF Cutoff and Baseline Wander 1 Introduction A fundamental goal when designing physical-layer digital communication systems is transmission of the
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HFAN-09
com/arpdf/AppNotes/1hfan901
HFAN-9
KC 0898
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max3912
Abstract: HFAN-09 MAX3910
Text: Optical receiver performance evaluation To know the relationship between BER and eye opening at data decision, the statistical characteristics of the amplitude noise need to be determined. Usually, as a figure of merit, we use signal Q-factor to measure the signal quality for
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HFAN-09
Abstract: autocorrelation
Text: Application Note: HFAN-09.0.1 Rev.2; 04/08 NRZ Bandwidth - HF Cutoff vs. SNR Maxim Integrated Products NRZ Bandwidth – HF Cutoff vs. SNR 1 Introduction 3 Autocorrelation of Random NRZ Data A fundamental goal of physical layer digital communication system design is transmission of the
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HFAN-09
autocorrelation
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HFAN-4
Abstract: HFAN-09
Text: Application Note: HFAN-4.0.4 Rev 0; 03/02 Jitter in Digital Communication Systems, Part 2 MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 6hfan404.doc 03/05/02 Jitter in Digital Communication Systems, Part 2 1 Introduction A previous application note on jitter, HFAN-4.0.3
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6hfan404
HFAN-4
HFAN-09
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MMZ1608A152ET
Abstract: ferrite bead tdk HFDN-26 BLM18HG601SN MAX3656 MAX3735 MAX3735A MAX3737 MAX3850 OC48
Text: Design Note: HFDN-26.2 Rev.1; 04/08 MAX3735A Laser Driver Output Configurations, Part 3: Differential Drive Maxim Integrated Products MAX3735A Output Configurations, Part3: Differential Drive 1 Introduction The MAX3735A is a DC-coupled SFP laser driver designed for data rates up to 2.7Gbps reference 1 .
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HFDN-26
MAX3735A
MAX3735A
MAX3863
HFAN-02
MMZ1608A152ET
ferrite bead tdk
BLM18HG601SN
MAX3656
MAX3735
MAX3737
MAX3850
OC48
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HFAN-09
Abstract: ERTJ0ER333J MAX3656 HFRD
Text: Application Note: HFAN-09.2.0 Rev.2; 04/08 Thermistor Compensation for Temperature-Induced Slope Efficiency Variations in PON Burst-Mode Laser Drivers Maxim Integrated Products Thermistor Compensation for Temperature-Induced Slope Efficiency Variations in PON Burst-Mode Laser Drivers
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HFAN-09
1244Mbps/1244Mbps
MAX3656
155Mbps
ERTJ0ER333J
HFRD
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HFAN-09
Abstract: MAX3873 MAX3875 MAX3877 MAX3878
Text: Application Note: HFAN-4.0.4 Rev 0; 03/02 Jitter in Digital Communication Systems, Part 2 MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 6hfan404.doc 03/05/02 Jitter in Digital Communication Systems, Part 2 1 Introduction A previous application note on jitter, HFAN-4.0.3
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6hfan404
HFAN-09
MAX3873
MAX3875
MAX3877
MAX3878
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MAX3912
Abstract: HFAN-09 MAX3910 MAX3970
Text: Application Note: HFAN-3.0.2 Rev 0; 03/03 Optical Receiver Performance Evaluation MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 3hfan302.doc 03/18/03 Optical Receiver Performance Evaluation 1 Introduction In an optical transmission system, one essential
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3hfan302
HFAN-03
MAX3912
HFAN-09
MAX3910
MAX3970
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HFAN-09
Abstract: MAX3800
Text: Spectral content of NRZ test patterns distinguished from other 10-bit symbols. Other methods, such as scrambling or 64b66b encoding, are common to SONET and SDH telecommunication systems. Scrambling and 64b66b encoding also work to balance the pattern and improve the BER, though much larger
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10-bit
64b66b
MAX3800
HFAN-09
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Modulating VCSELs
Abstract: MAX3656 MAX3735 MAX3735A MAX3737 MAX3740 MAX3741 MAX3850 MAX3996 HFAN-09
Text: Design Note: HFDN-26.3 Rev.1; 04/08 MAX3735A Laser Driver Output Configurations, Part 4: Driving VCSELs Maxim Integrated Products MAX3735A Output Configurations, Part 4: Driving VCSELs 1 Introduction 2.1 The MAX3735A is a DC-coupled SFP laser driver designed for data rates up to 2.7Gbps reference 1 .
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HFDN-26
MAX3735A
MAX3735A
MAX3735
Modulating VCSELs
MAX3656
MAX3737
MAX3740
MAX3741
MAX3850
MAX3996
HFAN-09
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HFAN-09
Abstract: MAX3656 MAX3735 MAX3735A MAX3737 MAX3850 SLT2170-LN vlf ferrite HFAN-02 Modulating VCSELs
Text: Design Note: HFDN-26.0 Rev.1; 04/08 MAX3735A Laser Driver Output Configurations, Part 1: DC-Coupled Optimization Techniques Maxim Integrated Products MAX3735A Output Configurations, Part 1: DC-Coupled Optimization Techniques 1 Introduction The MAX3735A is a DC-coupled SFP laser driver
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HFDN-26
MAX3735A
HFAN-02
HFAN09
MAX3735/MAX3735A
HFDN-23
100Mbps
HFAN-09
MAX3656
MAX3735
MAX3737
MAX3850
SLT2170-LN
vlf ferrite
Modulating VCSELs
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