In this work we present an ink-jet printed temperature sensor consisting of PEDOT:PSS printed on paper suitable for packaging, flexible electronics and other printed applications. The substrate showed to have a large influence on both the resistance as well as the temperature sensitivity of the PEDOT: PSS ink. This effect is most likely due to NaCl content in the photo paper coating, which reacts with the PEDOT: PSS. The temperature coefficient of a prepared device of alpha = -0.030 relative to room temperature (22 degrees C) was measured, which is higher than compared to for example Silicon alpha = -0.075.EU Regional Fund; Swedish KK Foundation; Ministry of Education, Youth and Sports of the Czech Republic-Program NPU I [LO1504
The primary goal of printing electronics is to create structures and devices that are functionally s...
This work presents a multifunctional humidity and temperature sensor, fabricated on a flexible polyv...
In this research, we developed a wearable temperature-sensing element by dip dyeing threads in poly ...
In this work, we report on a fabrication protocol to produce fully inkjet-printed temperature sensor...
Epidermal electronic systems (EESs) are skin-like electronic systems, which can be used to measure s...
International audienceThe objective of this study is to realize a printed and flexible temperature s...
Temperature measurement is very important for thermal control, which is required for the advancement...
In this work we present the development of a low-cost humidity and temperature sensing platform on p...
During COVID-19 lock-down and consequently difficult access to research and teaching laboratories a ...
Inkjet printing is a viable method for rapid and low-cost manufacturing of flexible sensors. In this...
none6In view of direct inkjet printing of low-cost sensors, we describe here the thermal printing of...
An inkjet-printed relative humidity sensor based on capacitive changes which responds to different h...
In view of direct inkjet printing of low-cost sensors, we describe here the thermal printing of a th...
An inkjet-printed relative humidity sensor based on capacitive changes which responds to different h...
The use of papers as substrates in the process of manufacturing flexible electronic components is ur...
The primary goal of printing electronics is to create structures and devices that are functionally s...
This work presents a multifunctional humidity and temperature sensor, fabricated on a flexible polyv...
In this research, we developed a wearable temperature-sensing element by dip dyeing threads in poly ...
In this work, we report on a fabrication protocol to produce fully inkjet-printed temperature sensor...
Epidermal electronic systems (EESs) are skin-like electronic systems, which can be used to measure s...
International audienceThe objective of this study is to realize a printed and flexible temperature s...
Temperature measurement is very important for thermal control, which is required for the advancement...
In this work we present the development of a low-cost humidity and temperature sensing platform on p...
During COVID-19 lock-down and consequently difficult access to research and teaching laboratories a ...
Inkjet printing is a viable method for rapid and low-cost manufacturing of flexible sensors. In this...
none6In view of direct inkjet printing of low-cost sensors, we describe here the thermal printing of...
An inkjet-printed relative humidity sensor based on capacitive changes which responds to different h...
In view of direct inkjet printing of low-cost sensors, we describe here the thermal printing of a th...
An inkjet-printed relative humidity sensor based on capacitive changes which responds to different h...
The use of papers as substrates in the process of manufacturing flexible electronic components is ur...
The primary goal of printing electronics is to create structures and devices that are functionally s...
This work presents a multifunctional humidity and temperature sensor, fabricated on a flexible polyv...
In this research, we developed a wearable temperature-sensing element by dip dyeing threads in poly ...