'Linear variable differential transformer' presentation slideshows

In The Name of Allah The Most Beneficent The Most Merciful

In The Name of Allah The Most Beneficent The Most Merciful. ECE 2161: Instrumentation & Measurements Lecture: Spatial Variables Measurements. Engr. Ijlal Haider. Outline . Spatial Variables Position Measurement Acceleration Measurement Velocity Measurement Level Measurement.

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Analog Sensors for Motion Measurement

Analog Sensors for Motion Measurement. Presented By: Pratyush Singh Naga. C. Pemmaraju Sandeep Panjala Sreenivas Prasanth Bandi March 20, 2006 . CONTENT. Introduction Motion Transducers Variable Inductance Transducers Permanent Magnet Transducers Eddy Current Transducers

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EGGN 3610 Bioinstrumentation

EGGN 3610 Bioinstrumentation. Dr. Tuinstra 2.1.11. Example Clinical Instruments. Blood Pressure. EKG. Thermometer. Major Manufacturers of Bioinstruments. Basic System. Patient. Clinical Instrument. Analog Processing. Sensor. Analog to Digital. Storage. DSP. Control & Feedback.

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Sensors

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T.I.R. Project

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LINEAR VARIABLE DIFFERENTIAL TRANSFORMER

LINEAR VARIABLE DIFFERENTIAL TRANSFORMER. VISHAL VASISTHA ASSISTANT PROFESSOR (ME) DRONACHARYA COLLEGE, GURGAON. LVDT WORKING. +. (50-20K Hz). E1. E2. (E1-E2). -. LVDT WORKING. LVDT WORKING. LVDT OPERATION. INTRODUCTION.

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Electric Pressure Transducers

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Sensors

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Transducers

Transducers. PHYS3360/AEP3630 Lecture 33. Terminology. Transducers convert one form of energy into another Sensors/Actuators are input/output transducers Sensors can be passive (e.g. change in resistance) or active (output is a voltage or current level)

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Linear Variable Differential Transformer

Linear Variable Differential Transformer. How to measure position?. Half wave rectifier. Full wave rectifier. Capacitive Transducer in FM System.

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Magnetic Circuits and Transformers

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Pressure measurements

Pressure measurements. INTRODUCTION. Absolute pressure = Pgage + Patm. Atmospheric pressure = 100 KP a =14.7 Psi =1 0.2 m H 2 o =760 mm H g =760 torr. Fig. 5.1 Relation between gauge, absolute, and atmospheric pressure. U-TUBE MANOMETER. Fig.5.2. U-tube manometer.

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Pressure measurements

Pressure measurements. INTRODUCTION. Absolute pressure = Pgage + Patm. Atmospheric pressure = 100 KP a =14.7 Psi =1 0.2 m H 2 o =760 mm H g =760 torr. Fig. 5.1 Relation between gauge, absolute, and atmospheric pressure. U-TUBE MANOMETER. Fig.5.2. U-tube manometer.

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Oscillator Design Choices-Modification

Oscillator Design Choices-Modification. What we decided on. Advantages: Already have circuit to work with Circuit already operates with a range of input voltages and produces range of output voltages, just need to modify ranges to meet specifications Very stable oscillator Disadvantages:

288 views • 14 slides