Time-to-digital converters (TDCs) are vital components in time and distance measurement
and frequency-locking applications. There are many architectures for implementing TDCs …

Time-to-digital converters (TDCs) are key components of time-mode circuits and enablers for
digital processing of analog signals encoded in time. Since design of time-mode circuits …

Time-mode circuits, where information is represented by time difference between digital
events, offer a viable and technology-friendly means to realize mixed-mode circuits and …

The need for low-power high-resolution ADCs in a broad range of emerging applications
and the architecture to realize these ADCs are examined. The pros and cons of various TDC …

Achieving high-resolution time-to-digital conversion is challenging at high count rates. In
past work, the highest resolutions with low dead times (≤ 2 cycles) on field-programmable …

An extremely high-resolution, 2-D Vernier field-programmable gate array (FPGA) time-to-
digital converter (TDC) with phase wrapping and averaging has been proposed recently to …

The paper is focused on design of time-to-digital converters based on successive
approximation (SA-TDCs—Successive Approximation TDCs) using binary-scaled delay …

This brief introduces a successive approximation time-to-digital converter based on a novel
algorithm denoted as successive approximation register with continuous disassembly (SAR …

Time to digital conversion is an important task in many systems. It involves the conversion of
time-based signals (as opposed to the amplitude-based signals in analog-to-digital …

This study presents an 8‐bit delay line digital‐to‐time converter (DTC) with pre‐skewing and
digital time interpolation. Pre‐skewing that lowers the per‐stage‐delay of delay lines beyond …