Course Introduction and References.mp4+ 1.1 The Basics of Sensors.mp4+ 1.2 The Measurement and Accuracy of Sensors.mp4+ 2.1 Thermal Resistor Temperature Sensors.mp4+ 2.2 Thermistors.mp4+ 2.3 The Definition, Working Principles, and Structure of Thermocouples.mp4+ 2.4 The Practical Temperature Measuring Circuits and Temperature Compensation for Thermocouples.mp4+ 2.5 Integrated Temperature Sensors.mp4+ 2.6 Contact Temperature Sensors and Non-contact Temperature Sensors.mp4+ 3.1.1 The Structure and Classification of Strain Gauges.mp4+ 3.1.2 Resistance Strain Gauge Temperature Sensors.mp4+ 3.2.1 Piezoelectric Effect.mp4+ 3.2.2 Piezoelectric Sensors.mp4+ 3.3 Inductive Sensors.mp4+ 4.1.1 Flow Detection.mp4+ 4.1.2 The Differential Pressure Flowmeter.mp4+ 4.2 Electromagnetic Flow Sensors.mp4+ 4.3.1 The Basic Principles of Ultrasound.mp4+ 4.3.2 The Ultrasonic Flowmeter.mp4+ 4.4.1 Optical Fiber.mp4+ 4.4.2 Fiber Optic Sensors.mp4+ 5.1 The Hall Effect and Hall Sensors.mp4+ 5.2 Eddy Current Effects and Eddy Current Sensors.mp4+ 5.3 The Grating Position Sensor.mp4+ 6.1 The Proximity Switch.mp4+ 7.1.1 Gas Sensors.mp4+ 7.1.2 The Applications of Gas Sensors and Smoke Sensors.mp4+ 7.2.1 Humidity Sensor.mp4+ 7.2.2 The Application of Humidity Sensors.mp4+ 8.1 RFID Systems.mp4+ 8.2 The Applications of RFID Systems in the Logistics Field.mp4+ 8.3 Vision and Image Sensors.mp4+ 8.4 Robot Sensors.mp4+