Temperature Monitoring Circuitry Design for the Uncooled Focal Plane Arrays Infra-Red Sensor
Journal Title: IOSR Journals (IOSR Journal of Electrical and Electronics Engineering) - Year 2017, Vol 12, Issue 3
Abstract
Temperature monitoring circuitry design for the uncooled focal plane arrays infra-red sensor is presented. An uncooled infrared array detector system and temperature detection circuit system is proposed in this dissertation. In this system, the core modules include temperature detection circuit, level converter, NOT gate and NAND gate. A top-down design approach is used in this dissertation.
Authors and Affiliations
Yan Wang
Keywords
Related Articles
- EP ID EP387157
- DOI 10.9790/1676-1203014245.
- Views 176
- Downloads 0
Network Reconfiguration in Distribution Systems Using Harmony Search Algorithm
This manuscript explores feeder reconfiguration in distribution networks and presents an efficient method to optimize the radial distribution system by means of simultaneous reconfiguration. Network Reconfiguration of ra...
Corrosion Monitoring and Detection Techniques in Petrochemical Refineries
Corrosion is defined as an attack on a material as a result of chemical, frequently electrochemical reaction, with the surrounding medium. Corrosion monitoring and detection provides comprising monitoring and detecting o...
Performance Simulation Of Various Intelligent Techniques For DC Motor Speed Control
DC motor speed control is the important part of moving drive applications, home appliances and robot manipulators. Therefore, designing an adaptive, efficient, and more robust controller for DC motor speed control is a c...
Two-layered integration framework for IOT devices using webbased technology
The blasts of Internet of Things industry have been bringing increasingly shrewd gadgets (SDs) into business and individuals' everyday life. This makes new chances to manufacture applications that better coordinate ongoi...
Precision Control of Induction Motor Drive through Pressure Transducer
The variable frequency drives in various applications could save energy, cut costs and increase profit margins. A system with a feedback controller will attempt to drive the system to a state described by the input, such...