Description: Instrumentation is defined as the art and science of measurement and control of process variables within a production or manufacturing area.An instrument is a device that measures and/or regulates physical quantity/process variables such as flow, temperature, level, or pressure. Instruments include many varied contrivances that can be as simple as valves and transmitters, and as complex as analyzers. Elements of industrial instrumentation have long histories.
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Industrial Instrumentation
- ecture 1: Introduction
- Lecture -2 Dynamic Characteristics
- Lecture 3: Dynamic Characteristics – II
- Lecture 4: Strain gauge
- Lecture 5: Load cell
- Lecture 6: Torque Measurement
- Lecture 7: Thermistor
- Lecture 8: Thermocouples
- Lecture -9 Resistance Temperature Detector
- Lecture -10 LVDT
- Lecture -11 Capacitance Transducers
- Lecture – 12 Flowmeter – I
- Lecture -13 Flow meter -II
- Lecture -14 Flowmeter -III
- Lecture -15 Flowmeter -IV
- Lecture -16 Flowmeter -V
- Lecture – 17 Problems on Temperature Sensors
- Lecture – 18 Pressure Sensors
- Lecture – 19 Low Pressure Measurement
- Lecture – 20 pH and Viscosity Measurement
- Lecture -21 Problem and Solutions On Industrial Instrumentat
- Lecture -22 Signal Conditioning Circuits – I
- Lecture -23 Signal Conditioning Circuits -II
- Lecture -24 Piezoelectric Sensors
- Lecture -25 Ultrasonic Sensors
- Lecture -26 Nucleonic Instrumentation
- Lecture -27 Measurement Of Magnetic Field
- Lecture – 28 Optoelectronic Sensor – I
- Lecture – 29 Optoelectronic Sensor – II
- Lecture – 30 Synchro
- Lecture – 31 Dissolved Oxygen Sensors – I
- Lecture – 32 Dissolved Oxygen Sensors – II
- Lecture – 33 Flapper – Nozzle
- Lecture – 34 Smart Sensors
- Lecture – 35 Chromatography – I
- Lecture – 36 Chromatography – II
- Lecture – 37 Pollution Measurement
- Lecture – 38 Control Valve – I
- Lecture – 39 Control Valve – II
- Lecture – 40 Signal Conditioning Integrated Circuits
