Simple Summary Ionising radiation affects electronic circuits as well as living beings and
has been a major concern for various critical applications such as healthcare, mining …

This paper proposes a unique sensor for detecting total ionizing dose (TID) on metal–oxide–
semiconductor (MOS) devices. The proposed capacitive radiation sensor is based on …

Radiation, being invisible and odorless, has become a major concern in modern-day
healthcare, mining, security, and nuclear applications that require professionals to work in …

We report on a procedure for extracting the SPICE model parameters of a RADFET sensor
with a dielectric HfO2/SiO2 double-layer. RADFETs, traditionally fabricated as PMOS …

pH sensors, with high sensitivity, durability, and low cost, are considered to be essential
tools in several applications such as laboratory experiments, water quality, agriculture, and …

This paper presents a sensor based on commercial semi-conductor laboratory 180 nm
complementary metal–oxide–semiconductor technology. Sensor can detect total ionizing …

We investigated the recharging process of commercial floating gate device (EPAD) during
the six different dose rates and ten irradiation cycles with the highest dose rate. Dose rate …

This paper presents single-event transient (SET) simulation results for 700V LDMOS,
simultaneously, a hardened LDMOS with buried oxide in the drift region is proposed and the …

To increase the productivity of crops, growth methods based on direct monitoring of
physiological information in plants is required. In this study, we proposed a novel micro …

The last few decades have witnessed unprecedented growth in multiple areas of electronics
spanning low-power sensing, intelligent computing and high-speed wireless connectivity. In …