TESLA INSTITUTE

School of Electrical Engineering, Electronics and Automation

Home

Showing posts with label working principle. Show all posts

Showing posts with label working principle. Show all posts

Sunday, 6 October 2019

Electric DC Motor - Laplace Force

October 06, 2019animationtion, DC Motor, Electric motor, Electrical Engineering, Laplace Force, working principle No comments:

Share:

Saturday, 31 August 2019

4-20 mA Current Loop - 24 V working principle

August 31, 20194-20 mA, Current Loop, working principle No comments:

Watch, Like, and Share on Facebook

4-20 mA Current Loop - 24 V working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Monday, 4 March 2019

Control Valve Actuator - working principle

March 04, 2019control, control systems, Valve Actuator, working principle No comments:

Watch, Like, and Share on Facebook

Control Valve Actuator - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Saturday, 19 January 2019

4-20 mA Current Loop working principle

January 19, 20194-20 mA, Current Loop, working principle No comments:

Watch, Like, and Share on Facebook

4-20 mA Current Loop working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Sunday, 2 December 2018

DC Motor - working principle

December 02, 2018DC Motor, working principle No comments:

Watch, Like, and Share on Facebook

DC Motor - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Monday, 24 September 2018

Circuit Breaker - working principle and testing

September 24, 2018Circuit Breaker, testing, working principle No comments:

Watch on Facebook

Share:

Sunday, 23 September 2018

Hall Sensor - working principle

September 23, 2018Hall Sensor, working principle No comments:

Watch, Like, and Share on Facebook

Hall Sensor - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Monday, 17 September 2018

Inverters - Working principle

September 17, 2018Inverters, power electronics, working principle No comments:

Watch, Like, and Share on Facebook

Inverters - Working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Tuesday, 11 September 2018

High voltage Circuit Breaker working principle and testing

September 11, 2018Circuit Breaker, High voltage, testing, working principle No comments:

Share:

Thursday, 6 September 2018

PNP Transistor - working principle

September 06, 2018BJT, electronics, PNP, Transistor, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Monday, 3 September 2018

AM and FM Radio working principle

September 03, 2018AM, FM, modulation, radio, signals, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Monday, 13 August 2018

Ultrasonic Level Sensor Beam - working principle

August 13, 2018Beam, Level Sensor, Ultrasonic, working principle No comments:

Watch, Like, and Share on Facebook

Ultrasonic Level Sensor Beam - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Thermocouples - working principle

August 13, 2018control systems, Thermocouple, working principle No comments:

, and Share on Facebook

Thermocouples - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Wednesday, 8 August 2018

MOSFET and Field-Effect Transistor (FET) - working principle

August 08, 2018FET, Field-Effect, MOSFET, Transistor, working principle No comments:

Share:

Thursday, 31 May 2018

DC Motor - working principle - Left Hand Rule

May 31, 2018DC Motor, Electrical Engineering, Electricity, Fleming, Left Hand Rule, STEM Education, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Friday, 26 January 2018

Servos - working principle

January 26, 2018how works, Servo, Servomotor, working principle No comments:

Watch, Like, and Share on Facebook

Servos - working principle

Welcome to TESLA INSTITUTE Facebook Page

Share:

Tuesday, 6 June 2017

How Transformer works ?

June 06, 2017how works, Transformer, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Tuesday, 18 April 2017

How Induction Motor works ?

April 18, 2017construction, how works, Induction Motor, working principle No comments:

Share:

Monday, 10 April 2017

Electric 3-Phase Motors

April 10, 20173-Phase Motor, application, Electric Motor, Induction Motor, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Saturday, 21 March 2015

PN Junction - working principle

March 21, 2015electronic device, PN Junction, Semiconductors, working principle No comments:

Welcome to TESLA INSTITUTE Facebook Page

Share:

Older Posts → Home

Popular
Tags
Blog Archives

World’s longest subsea power cable

The UK’s National Grid and Denmark’s Energinet has begun work on the world’s longest subsea power cable. The €2 billion Viking Link project...
PLC - Principles of operation

A programmable logic controller, as illustrated beow, consists of two basic sections: • the central processing unit • the input/output ...
Fuses and Fuse Boxes - Explanation

The electrical system in every home has some form of circuit protection to shut off circuits in the event of an overload, short circuit or...
100 Gb speed with Li-Fi

Soon you will get 100 Gbps speed into your computer with Li-Fi Like Systems. Earlier the data which was transferred to our computer was no...
Motor Control circuits - Exercise 082

Motor 1 and motor 2 are run one by one, controlled from the same circuit. When motor 1 is turned on, motor 2 is off, and can not be tu...
How to test a Three Phase Motor ?

Watch, Like , and Share on Facebook How to test a Three Phase Motor ? Welcome to TESLA INSTITUTE Facebook Page
The Zener Diode

A Semiconductor Diode blocks current in the reverse direction, but will suffer from premature breakdown or damage if the reverse voltage...

Translate

Blog Archive

▼ 2021 (17)
- ▼ May (10)
- ► April (5)
- ► February (2)

► 2020 (145)
- ► December (1)
- ► November (4)
- ► September (9)
- ► August (17)
- ► July (36)
- ► June (2)
- ► May (11)
- ► April (5)
- ► March (19)
- ► February (18)
- ► January (23)

► 2019 (113)
- ► December (10)
- ► November (11)
- ► October (12)
- ► September (3)
- ► August (7)
- ► July (17)
- ► June (11)
- ► May (5)
- ► April (7)
- ► March (6)
- ► February (12)
- ► January (12)

► 2018 (154)
- ► December (14)
- ► November (8)
- ► October (14)
- ► September (31)
- ► August (29)
- ► July (10)
- ► June (5)
- ► May (11)
- ► March (12)
- ► February (8)
- ► January (12)

► 2017 (31)
- ► December (1)
- ► November (3)
- ► August (1)
- ► June (2)
- ► May (1)
- ► April (9)
- ► March (5)
- ► February (1)
- ► January (8)

► 2016 (15)
- ► October (1)
- ► September (1)
- ► August (4)
- ► July (3)
- ► May (1)
- ► March (2)
- ► January (3)

► 2015 (19)
- ► November (2)
- ► October (1)
- ► July (1)
- ► May (1)
- ► April (2)
- ► March (9)
- ► February (1)
- ► January (2)

► 2014 (11)
- ► December (5)
- ► November (1)
- ► October (3)
- ► July (2)

Heinrich Hertz und die elektromagnetischen Welle

About Tesla Institute

TESLA INSTITUTE: Mission of TESLA INSTITUTE is to be the leading provider of scientific information on education in Electrical Engineering, Electronics, Automation and Computer Technology. TESLA INSTITUTE offer new teaching method. Generally our idea can be simple describe as: Problem -> Thinking -> Searching solution -> Real problem solution Big part of study at TESLA INSTITUTE school is realized as solving problems and practical real life projects, which give student many experiences already at school. So as alumni students of TESLA INSTITUTE have so many practical experiences for their future employers. Our alumni are ready to talk about real professional things on their job interview We teach, we share and spread knowledge. You are welcome to learn at TESLA INSTITUTE

View my complete profile

Pages

Home

Home

Report Abuse

Blogroll

Blogroll

Pages
- Home
All aight reserved (c) 2020. Powered by Blogger.

About

Labels

-simple application 0-50 V 1 to 16 1-Phase 1-Phase Motor 1200 kV 1200 kV switch 128 bits 16-DIP package 2-Bit 2-wire 2.4 GHz 3 motors 3-phase 3-Phase Motor 3-Phase Motor 3-phase system 3-Way Lighting 4 bits 4 Line to 1 Line 4 NAND Gates 4 pumps 4 to 16 bits 4-20 mA 4-bit 4-Bit Adder 4-bit Comparator 5 GHz 555 555 Timer 6 Lamps 6 switches 7 Stage 7-segment 7-Segment LED 7400 74154 7447 74574 7476 74HC4051 8 Analog Inputs ABB AC AC and DC AC Calculations AC circuits AC Current AC Generator AC Input AC Motor AC Output AC Phase AC supply AC Waveforms Acting Active component Active protection actuator Actuators Ad hoc ADC Adder air cylinder Alessandro Volta Alternating Current Alternator AM Amp-Hour Amperage Ampere's law An Overview Analog Comparator Analog Iinput Analog Input Analog Inputs Analog to Digital analog-digital AND André-Marie Ampère Angle Encoder Animated Explanation animation animationtion Antenna Antenna Fundamentals application application example arc fault Arduino Arduino course Arduino UNO Arduino Zero ArduinoUNO ArduSet-1 Armature Arrangements assembling assembly Astable Astable Multivibrator asynchronous Asynchronous Counter ATmega 328 ATmega328 ATmega328P ATMega8 ATS ATtiny13 autoamtion Automated automated farming Automated Manufacture automated production automated producttin automated systems Automated wiring Automatic machine Automatic Phase Switch Automatic Transfer Switch Automatic Welding automation Automation system automation systems automatisation Autotransformer Autotransformer Motor Strter auxiliary contact auxiliary contact; AVR Bar magnet Basic basic applications basic circuit Basic Electricity Basic Principles basic understanding Battery BCD BCD Code BCD Encoder BCD to 7-Segment Beam Beginner beginners behavior behaviour beta Beta calculating binary binary comparator Binary Counter Binary Numbering Binary numbers Binary System Bionic Bionic Ants Bionic Fish bipolar Bipolar Transistor Bird Bistable ON-OFF bit Bits BJT Blink Blueprint BMW book breadboard Bus C rating CAN CAN bus CAN Transceiver Capacitive Capacitor Capacitor Bank cascade cascade contacts Case Category 1 CD4069 Central Processing Unit Centrifugal Switch changeover changeover switch Characteristics Charge in Forces checking Chipset circuit Circuit Breaker circuit breakers circuits clamps Closed Loop Closed Transsition Cloud Computing CNC CNC Machine. perfect products Code Coil Color Temperature Colpitts Colpitts oscillator Common Types communications Compact PLCs Comparator compatible Components Computer Hardware computer technology Concentrated solars Concept conductors connecting Connecting loads connection constant voltage construction Contact Contactor contacts Continuity Test control control application Control circuit Control Panel Control System control systems Controler Controlle Controller Controller Area Network contror conversion Converter converting Convertion correct use correctly use Coulomb's Law counter Counter Up Counter. 4 bit Counting products course CPU CPU construction Crimping cross section Current current limit Current Law Current Loop Current measurement Currents in circuit Currents in installation Cyclic Work D Flip-Flop D/A DAC dangerous DAO Darlington Darlington Circuit Data Acquisition Data Center DC DC Current DC generator DC Motor DC supply Decimal Decimal Code. IC 4028 Decimal to BCD decimal to binary Decoder Definitions Delay Demagnetisation Demultiplexer DFPI DHCP Diagram Difference difference between Differences Differences between Differential Pressure Digital - Button Digital Clock digital electronics Digital Input digital logic Digital Output Digital Outputs Digital Signal Digital to Analog Digital to Analog Converter digital-analog diode Direct Current Direct Online Starte Direct Online Starter Direction Change Directivity Discrimination between Disk Drive Displacement Sensor distribution board DNS document DOL Domain Name Services Double Acting double action Download Draw driver Dual JK Flip Flop dynamic host Earth Earth Testing Earthing Education efficiency Einführung Elctric Fields Elctromagnet Electric Motor Electric Arc Electric Charge electric current electric drive Electric Field Electric Field Lines Electric motor Electric Screwdriver electric shock electric voltage Electrica electrical safety electrical circuit electrical component Electrical Conductivity Electrical Engineering Electrical Installation electrical installations Electrical Insulations electrical power electrical protection electrical resistance electrical safeety electrical safety Electrical Short Circuit Electrical voltage electrician electriciian Electricity Electricity Meter electricvoltage Electromagnet Electromagnetic Electromagnetic Flow Measuring Electromagnetic Induction Electromagnetism electronic device Electronic Dice electronics electronics componetnt electronics component electronics component. passive element Elektronik Elelctrical Engineering eletrical engineering EM wave Embedded Systems Emitting encoder energy from water erste Experimente ESP8266 example example of use examples exercis Exercise Exercises exnor ExoHand exor expander experiments Explaination explanation explantion extra low extra low voltage extreme f packaging Faraday's Law Faraday’s Law farm FarmBot FATEK Fault-Tolerant FBD Feedback ferrules FET Fiber Optic Fiberoptic field lines Field-Effect Filters first circuit Fleming Flex Station Flexibler produzieren Flip Flop Flip-flop Float Switch Flow Flow Measurin Flow Measuring flush-mounted FM for Kids force acting Forces in Elctric Fields Formula formulas Forward - Reverse Forward Reverse Forward-Reverse four displays frequency Frequency converter Function Block Diagram Function keys Fundamentals Fuse Fuse Boxes Fuse Replacement Fuses Gate Gate AND Gate NOR Gate OR General Purpose Generator Protection Georg Simon Ohm Germany Getting Acquainted Google GPRS Ground Resistance Ground Wire Grounds H-Bridge H-Bridge driver Hall Hall Effect Hall Sensor Hard Disk Hardware HC-SR04 Heger QuickConnect High high current High voltage history HM HMI Home automation how works how it works How looks how to How to connect how to expand How to Match how to use How to wire How work how works human humans HV Capacitors Hydro Power Plant hydroplant I = V / R I Panel IC IC 4013 IC 4017 IC 4511 IC 555 IC 7490 IC4017 IC4024 iincrease a current illuminance imple Movements Improved Impulse Relay in action in PLC Ladder in practice Indicator Induced Dipoles Inductance induction Induction Motor Inductive Charging Inductor Industrial Robot Industrie Information Technology Infrastructure Input Inputs Inside inside MCB Installing instrumentation Interfacing Interference of waves Interlock Intermittent periodic duty interruption Interview Intoduction Introduction Intruduction Inverter Inverters iron core IT Joule's Law Joule's-Lenz's Law JSR Jump junction box June 2020 KCL Kirchhoff Kleiner Elektronik l Motor Ladder Ladder Diagram Ladder Logic Ladder Program ladder programing ladder programming LAN Laplace Force Laser LC LCD learn learning Learning videos Lecture LED LED circuit LED diode LED Dispaly LED Display LED displays LED Effects LED Lighting LED Matrix Left Hand Rule leture Level Indicator Level Sensor Li-Fi Light Light circuit Light switch Lighting Limit Sensor Limit Switch Limit Switche limiting resistor linear Linear Actuator Linear Motor Lines logic circuit logic gate logic gates logic state Logical Operators LOGO Logo! 8 LoLin Low Luminous flux luminous intensity Machine Safety Magnet Magnetic core magnetic domains Magnetic Field Magnetisation Magnetism Magnetostriction Magnets Mangentic Field manuaal Marker Marking Machine Maxwell Maxwell's Equations MCP2551 measure measurement Measuring mechatronics Melody Menu System Mesh Methods micrcontroller microcontrlloer microcontroller microcontroller control microcontrollers microntrollers microswitch Mikrocontroller Miniature Circuit Breaker Mixing Process Mixing Tank modern production Modula PLCs modulation MOSFET Motherboard motion control Motor Motor Contro Motor control Motor Drive Speed motor driver Motor On / Off motor starter Motor Strter Motors movie moving elctric charge Multimeter Multiplexer Multivibrator NAND NAND Gates NC network Network Segmentation Network Mapping Network Topologies Star networking neutral wire Nikola Tesla NO nor NOR Gate normal closed NOT NPN OBD Octal Ohm Ohm's Law Ohmmeter Testing Ohms Law Ohmsches Gesetz Old Bell on-delay ON-OFF one location One Phase one Push Button one relay One Room one Switch Online Course Open Loo operated process operation Optocoupler OR Orifice-Nozzle-Venturi Original oscillator OTL Output Latch Coil overriding STOP packaging Panel Parallel Connection Partitions parts PC PC Cormputer Phase Angle Phase Switch Phases Sequence Photoelectric relay photovltaic Photovoltaic photovoltaic panel photovoltaics PID PID Commissioning PID Control PID Controller Piezoeffekt PLC plc applications PLC History PLC Ladder PLC programming PLC Systems PLC-TI-7D1A-8D-NT PLC-TI-8DI8DO PN Junction Pneumatic actuator Pneumatic Motor Pneumatic Motor. Exercise PNP Polarization Popular Sensors Position control Potentiometer power cable power electronics Power Step-down Transformer Power Supply power system powered Single-Phase Pressure Pressure Flow Principle Principles priority encoder procedure producing production Line PROFI-BUS PROFINET program programmable controller Programmable Logic Controller Programmable Logic Controllers programming Propagation protection protection system protective device protective devices protocol Proximity Sensor pulse generator pulse output Pulse Width Modulation Pump Pump Control Push Button PWM radio Radio Waves RAM Random Access Memory RCCB RCD Read Real Time Clock Rectification reduction of resistance Relay relay circuit Relay Logic Relays Circuit reliable renewable energy renewvable energy Renovable energy Repair replace replacement Residential Installation residual current Residual Current Device resistance resistivity resistor Retentive Reversible Rheostat Ring Robot Robot Controller robotics robots robust rogrammable logic controller rotating Rotating Magnetic Field Rotation Rotation Direction rotor RS 485-IS S2 S2 cycle S7-1200 safety safety work SCADA Schematics Schneider SCR Screwdriver Security Alarm circuit semiconductor Semiconductor Device Semiconductors Sensor Sensors Sequence Sequential Control Sequential movement Sequential switching Serial Command Series connection Servo Servo Contro Servo Control servo-mechanics Servomotor Set Reset SG90 Short Circuit Short Circuits short explanation Siemens Signal Diode Signal processing signals Signals. Sine Wave. Exercise Silicon Controlled Rectifier Silo SIMATIC Simatic S7 Simple circuit Simple D/A Simple H-Bridge Simple Power Supply 220V AC to 12V DC simulation Simulator Single Acting single action Single Limit Switch Single Phase Single Switch Single-Phase Small Flat smoke detectors SMS SN74154 solar cell solar inverter Solar Panel Solar Power Solenoid solrar panel Sophia sound Speed Change SR SR Coil SSTEM Education Star-Delta Start-Stop Starter State Station. Simulation Stator STEM Educatation STEM Education Step-down Transformer Stepper Stepper Motor Structure Subroutine subsea Superposition surge protection switch Switchboard Switchoard Symmetrical Symmetrical Power Supply System System Components System Diagnostics Systems Tag Tank Telecommunication tElectrical Installations Temperature TESLA INSTITUTE test testing testing. how to test The secret of Nikola Tesla Theory Thermocouple Thermostat Three Phase Three-Phase Thyristor Thyristor circuits Thyristor ircuits Thyristorc ircuits TI-10DI8DO1AI-NT TI-7D1A-8D-NT TI-8DI8DO TIA Portal time adjustment time relay Time Savers Time switch Timer timer 555 Timer ON timers TN-C-S TN-S TN-S system TN-S-C to 7-Segment LED Toggle Buttons TON Tone Torque Sensors Traffic Light Traffic Lights training Transformer Transisto Transistor Tri-State Outputs trigger coil Troubleshooting Two Motors two relays Two Way Lighting Two way switch Type 222 Type S3 typical application uChip Ultrasonic Ultrasonic sensor Unbalanced load uniPLC Uno Unterverteiler User Defined v.3 Valtage Level valve Valve Actuator Valves Variable Frequency Drive VFD VLAN Voltage Voltage measurement Wago Water analogy Water Level Watt-Hour Web Interface Webpage Weight Sensors Welding robot What is what are what is what is it why dangerous wide frequency range WiFi Wilhelm Conrad Röntgen Wind Turbine winder windings. connections Wiping relay wire devices Wire Size Wireless Mesh Topology wires Wiring with Enabl without Timer Relay working princile working principle X-rays X-Road zener zener diode

Copyright © TESLA INSTITUTE