ANALYSIS OF FLOATING CONTACT BOTTOM GATE (FCBG) ORGANIC THIN FILM TRANSISTOR (OTFT) BASED TEMPERATURE SENSOR
Journal: International Journal of Advanced Research in Engineering and Technology (IJARET) (Vol.11, No. 05)Publication Date: 2020-05-31
Authors : Arun Rathod Abhilasha Mishra P. K. Juneja Brijesh Kumar;
Page : 991-996
Keywords : Organic Temperature Sensor; FCBG OTFT; Organic Electronics; Organic Thin Film Transistors; Wearable Devices; Smart Devices;
- ANALYSIS OF FLOATING CONTACT BOTTOM GATE (FCBG) ORGANIC THIN FILM TRANSISTOR (OTFT) BASED TEMPERATURE SENSOR
- A COMPARATIVE ANALYSIS OF FLOATING CONTACT BOTTOM GATE (FCBG) AND BOTTOM GATE BOTTOM CONTACT ORGANIC THIN FILM TRANSISTOR (OTFT)
- USING PERCOLATIVE CRYSTALLINE 0.3 CUO/PVDF NANOCOMPOSITE GATE DIELECTRIC FOR FABRICATING HIGH-EFFECT MOBILITY THIN FILM TRANSISTOR OPERATING AT LOW VOLTAGE
- Enhanced Model of Thin Film Organic Field Effect Transistor for Radiation Sensing
- Low Temperature Combustion Processed Stable Al Doped ZnO Thin Film Transistor: Process Extendable up to Flexible Devices
Abstract
In this research article a new flexible organic temperature sensor is proposed that is derived from Floating contact bottom gate organic thin film transistor i.e., FCBG OTFT. It is crucial to note that in commercial market of smart electronic devices like fitness watches and smart fabrics, organic electronics is now the leading technology for manufacturing low cost, reliable and robust devices without compromising their performance. Several sensor modules are integrated in these devices for the purpose of automation. These sensors are largely based on conventional inorganic semiconductors. Temperature sensors are among such sensors. By utilizing organic temperature sensors instead of inorganic ones, manufacturing cost could be reduced. Also, it will facilitate the seamless integration of temperature sensors with the smart device. These temperature sensors will not be integrated as separate module, but FCBG OTFT embedded inside smart device will perform the function of temperature sensor eliminating the requirement for integration of separate inorganic temperature sensing modules with smart device
Other Latest Articles
- A COMPARATIVE STUDY OF LOW DOSE INTRATHECAL DEXMEDETOMIDINE AND CLONIDINE AS ADJUVANT TO BUPIVACAINE ON CHARACTERISTICS OF SPINAL BLOCK
- WOMEN ENTREPRENEUR IN UNORGANIZED SECTOR - A STUDY ON WOMEN BEAUTICIANS IN DEHRADUN, UTTARAKHAND
- GROWING ORGANIC FOOD MARKET - A HOPE FOR CHECKING OUTMIGRATION FROM UTTARAKHAND
- DISRUPTIONS IN MEDIA AND TECHNOLOGY INDUSTRY
- IDENTIFYING DETERMINENTS OF TELE MEDICINE ADOPTION AMONG PATIENTS IN INDIA
Last modified: 2022-03-09 18:50:12