Design and analysis of H-shape patch sensor for rice quality detection
S Jain, PK Mishra, J Mishra, VV Thakare - Materials Today: Proceedings, 2020 - Elsevier
S Jain, PK Mishra, J Mishra, VV Thakare
Materials Today: Proceedings, 2020•ElsevierThe proposed design H-shape patch sensor is analyzed for determination of rice moisture
measurement. The sensor is analyzed on CST software and determined the all parameters
as well as the sensor can be fabricated on FR4 substrate with 1.676 thicknesses by using
the oven drying method. Many methods have done in agricultural field but oven drying
technique is inexpensive. A new sensor is design and analysis at operating dual frequency
5.3 GHz and 7.7 GHz with good return loss for detecting the rice moisture sensor and the …
measurement. The sensor is analyzed on CST software and determined the all parameters
as well as the sensor can be fabricated on FR4 substrate with 1.676 thicknesses by using
the oven drying method. Many methods have done in agricultural field but oven drying
technique is inexpensive. A new sensor is design and analysis at operating dual frequency
5.3 GHz and 7.7 GHz with good return loss for detecting the rice moisture sensor and the …
Abstract
The proposed design H- shape patch sensor is analyzed for determination of rice moisture measurement. The sensor is analyzed on CST software and determined the all parameters as well as the sensor can be fabricated on FR4 substrate with 1.676 thicknesses by using the oven drying method. Many methods have done in agricultural field but oven drying technique is inexpensive. A new sensor is design and analysis at operating dual frequency 5.3GHz and 7.7GHz with good return loss for detecting the rice moisture sensor and the quality of rice and coaxial line feed is used in this proposed design. The sensor will be fabricated and measure the moisture with the help of oven drying technique it will be helpful for agricultural field
Elsevier