A Novel Design of FPGA-TDC Based on SerDes

Kong, Dexuan; Fu, Zaiming; Dang, Haoyang; Liu, Hanglin; Tang, Xiaoting; Wu, Kunping

doi:10.1109/autotestcon47464.2023.10296197

2023 Ieee Autotestcon 2023

DOI: 10.1109/autotestcon47464.2023.10296197

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A Novel Design of FPGA-TDC Based on SerDes

Dexuan Kong,

Zaiming Fu,

Haoyang Dang

et al.

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2024

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Low-Resource Time-to-Digital Converters for Field Programmable Gate Arrays: A Review

Real,

Calvo

2024

Sensors

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A fundamental aspect in the evolution of Time-to-Digital Converters (TDCs) implemented within Field-Programmable Gate Arrays (FPGAs), given the increasing demand for detection channels, is the optimization of resource utilization. This study reviews the principal methodologies employed for implementing low-resource TDCs in FPGAs. It outlines the foundational architectures and interpolation techniques utilized to bolster TDC performances without unduly burdening resource consumption. Low-resource Tapped Delay Line, Vernier Ring Oscillator, and Multi-Phase Shift Counter TDCs, including the use of SerDes, are reviewed. Additionally, novel low-resource architectures are scrutinized, including Counter Gray Oscillator TDCs and interpolation expansions using Process–Voltage–Temperature stable IODELAYs. Furthermore, the advantages and limitations of each approach are critically assessed, with particular emphasis on resolution, precision, non-linearities, and especially resource utilization. A comprehensive summary table encapsulating existing works on low-resource TDCs is provided, offering a comprehensive overview of the advancements in the field.

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Low-Resource Time-to-Digital Converters for Field Programmable Gate Arrays: A Review

Real,

Calvo

2024

Sensors

View full text Add to dashboard Cite

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A Novel Design of FPGA-TDC Based on SerDes

Cited by 1 publication

References 40 publications

Low-Resource Time-to-Digital Converters for Field Programmable Gate Arrays: A Review

Low-Resource Time-to-Digital Converters for Field Programmable Gate Arrays: A Review

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