Delay elements are one of the key components in many time-domain circuits such as time-
based analog-to-digital converters. In this paper, a new rail-to-rail current-starved delay …

The discovery of ferroelectricity in doped HfO2 has led to its widespread use in various
applications, including embedded non-volatile memories and deep learning acceleration …

Contemporary digitally controlled delay elements trade off power overheads and delay
quantization error. This paper proposes a new delay element that provides a balanced …

The synthesis of delay lines (DLs) is a core task during the generation of matched delays,
ring oscillator clocks or delay monitors. The main figure of merit of a DL is the fidelity to track …

Ring-VCO (Voltage controlled oscillator)-based ADCs are suitable for data acquisition in IoT
devices due to simple delay elements configuration in the chain. The future development of …

Dynamic voltage scaling of bundled-data asynchronous design has the promise to lead to
far more energy efficient systems than traditionally clocked alternatives. However, this …

Delay lines often face challenges due to input–output nonlinearity and excessive voltage-to-
time gain, leading to inaccurate voltage indications and a limited input voltage range. This …

Current technologies behind the design of semiconductor integrated circuits allow
embedding components in the order of billions in a singe die. This enables the construction …

For decades now, the synchronous paradigm has been the major choice of the industry for
building integrated circuits. Unfortunately, with the development of semiconductor industry …

Planning and implementing a semiconductor integrated circuit is a highly complex process.
Although physical limits seem to be approaching, it currently follows a growing evolutionary …