Basic electronics
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An electronics system has three main parts - input, process, and output. Input devices convert physical phenomena like sound, light, heat, or motion into electrical signals. Processing devices like gates perform logic operations on input signals. Output devices then convert electrical signals back into observable phenomena through devices like speakers, LEDs, buzzers, and relays.
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This document discusses several common electrical devices and materials used in residential, commercial, and industrial wiring:
A lamp holder supports and provides electrical connections for a lightbulb. A 3-way switch allows light control from two locations, like at the top and bottom of stairs. A junction box protects connections where wires join, removing the need to run wires directly back to the main panel. A circuit breaker automatically stops current flow as a safety measure. An electric meter measures the amount of energy consumed over time. And a convenience outlet mounted on a wall supplies power to lamps and appliances.
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The document discusses electricity, power supplies, and common issues that can occur in a computer's electrical system. It provides definitions for basic electrical terms like volts, amps, ohms, and watts. It also explains the differences between alternating current (AC) and direct current (DC). Common electrical components like transistors, capacitors, diodes, and resistors are introduced. Potential causes of electrical issues in a computer are then outlined, like loose connections, overheating, and power supply problems. Steps for diagnosing power supply issues and protecting the computer system from electrical faults are recommended.
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This technology allows users to control light bulbs, fans, and other appliances wirelessly through remote control switches. It saves energy by dimming light bulbs based on need rather than running them at full power. A single bulb can be used for multiple purposes at different brightness levels. The system converts a standard home into a smart home where appliances can be controlled remotely, saving electricity through automatic controls and preventing electric shock hazards from direct wiring.
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Power electronics controls electrical energy using electronic circuits and switches semiconductor devices between cutoff, saturation, and active regions. It differs from linear electronics which uses semiconductor devices as amplifiers in the active region. Power electronics has lower switching losses, operates switches rather than amplifiers, and is used in applications that require control of high power levels like motor drives, power supplies, and renewable energy systems. Common examples of power electronics applications include light dimmers, air conditioners, vacuum cleaners, induction cooking, UPS systems, escalators, blowers, elevators, pumps, compressors, and cranes.
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Thermal electromotive force (EMF) is generated when dissimilar metals touch, creating a small voltage. The thermoelectric effect directly converts temperature differences into voltage and vice versa. Specifically, the Seebeck effect produces a voltage when two different conductors or semiconductors have a temperature difference at their junction, proportional to the temperature difference. This physical principle is used in thermocouples for temperature measurement. The Peltier effect involves heating or cooling at the junction of two conductors when an electric current passes through.
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This document discusses several common electrical devices and materials used in residential, commercial, and industrial wiring:
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This technology allows users to control light bulbs, fans, and other appliances wirelessly through remote control switches. It saves energy by dimming light bulbs based on need rather than running them at full power. A single bulb can be used for multiple purposes at different brightness levels. The system converts a standard home into a smart home where appliances can be controlled remotely, saving electricity through automatic controls and preventing electric shock hazards from direct wiring.
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All refrigerators contain an electronic temperature controller to regulate the compressor. The controller uses an LM335 temperature sensor and comparator IC to compare the sensed temperature to a reference voltage set by a zener diode and potentiometer circuit. If the temperature exceeds the reference, the comparator output triggers a Darlington pair switching circuit to turn the compressor on or off. The circuit provides accurate temperature control with few components and is easily repairable.
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Ppt of refrigerator temperature controller
All refrigerators contain an electronic temperature controller to regulate the compressor. The controller uses an LM335 temperature sensor and comparator IC to compare the sensed temperature to a reference voltage set by a zener diode and potentiometer circuit. If the temperature exceeds the reference, the comparator output triggers a Darlington pair switching circuit to turn the compressor on or off. The circuit provides accurate temperature control with few components and is easily repairable.
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http://rollyselectrical.com.au/index.php
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Rolly’s Electrical can meet all your electrical and air conditioning requirements for residential, Commercial and Industrial work and is available for breakdown services.
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Electricity enters homes through service cables and passes through the electricity provider's fuse and meter before reaching the main fuse box. The fuse box contains a main switch to cut off electricity for repairs and distributes power around the house via wires. Appliances contain at least two wires - a live wire that brings in electricity and a neutral wire that returns it, along with an earth wire for safety. Electricity is used in homes for cooking, heating, water heating, lighting, and running appliances. Fuses act as safety devices to cut off electricity in the event of a fault.
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2) It notes that the technology for earthing has changed from the traditional PIT type using charcoal and salt to modern chemical earthing, which is widely used and accepted.
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- Digital electronics represents information using on/off switching of electricity rather than regulating voltage
Buzzer
An electromechanical buzzer works by using an electric current to interrupt its own circuit, causing contacts to vibrate and produce a buzzing sound. Piezoelectric buzzers use a piezoelectric element that produces a sound when driven by an oscillating electronic circuit. Buzzers are used in a variety of applications like alarm devices, game shows, and appliances to indicate input or provide an audible signal.
Power electronics & power electronic system
Power electronics involves efficiently converting electrical energy from one form to another using semiconductor devices. It deals with modifying electrical energy on a power level rather than signal level. Power electronic converters can be found wherever electrical energy needs to be modified, ranging from milliwatts to hundreds of megawatts. Power conversion systems can be classified based on their input and output power types, such as AC to DC, DC to AC, DC to DC, and AC to AC conversion.
Electrical wiring
This document discusses basic electrical wiring and safety. It notes that approximately 290 people die from accidental electrocutions each year in the US, while 800 additional deaths result from electrical fires. Thousands more are injured. Proper electrical wiring and grounding is needed to prevent these accidents. The document then explains the basics of electricity, electrical circuits, different types of current, electrical service entrances, circuit breaker panels, proper wiring of devices, and basic symbols used in wiring diagrams.
Electrical wiring
The document discusses basic electrical wiring and safety. It notes that approximately 290 people die from accidental electrocutions each year in the US, while another 800 die in fires caused by faulty electrical systems. Thousands more are injured. The document then defines electricity as the flow of electrons in a conductor, and notes there are two types of current: direct and alternating. It explains electrical service into homes and businesses, service panels, circuit breakers, cable types, common symbols used in diagrams, and basic receptacle wiring.
Report
This document describes the design of a clap-activated switch circuit. The circuit uses a microphone to detect clapping sounds and convert them to electrical signals. These signals are amplified and used to trigger a timer integrated circuit (IC). The timer IC is configured as a monostable multivibrator and its output drives a decade counter IC that acts as a bistable switch to turn a relay on or off. The relay then switches power to an electrical device. The circuit only changes the output state when two claps are detected within a set time period determined by a resistor-capacitor component. The circuit provides a simple way to remotely control devices through hand clapping without risk of accidental triggering.
POWER ELECTRONIC DEVICES
The document provides an overview of power electronic devices. It begins by defining power electronic devices as semiconductor devices used to convert or control electric power. It then discusses the key features of power electronic devices, including that they must handle large power levels and typically operate in switching states. The document outlines the basic configuration of a power electronic system and classifications of devices. It provides details on uncontrolled diodes, half-controlled thyristors, and fully-controlled devices. It also discusses characteristics, specifications, applications and history.
Temparature sensor relay switching circuit
1. This document describes a temperature sensor relay switching circuit designed by students under the supervision of Shuvra Saha.
2. The circuit uses an LM35 temperature sensor, op-amp, transistor, diode and relay components along with a Proteus simulation software.
3. The working principle is that the LM35 senses temperature and amplifies the output, which is fed to a comparator IC and BJT to control a 12V relay that switches on when temperature exceeds 27 degrees, lighting an LED.
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The document provides an overview of sensors, including how they work by converting one form of energy to another using transducers. Specifically, it discusses temperature sensors and how thermocouples function by producing a voltage when two different conductors contact at spots with differing temperatures due to the Seebeck effect. Thermocouples are commonly used to measure temperature in applications like steel production, gas appliances, and process plants.
Clap
This document describes a clap switch circuit that uses the sound of clapping to turn electrical components on and off. The circuit contains a condenser microphone that detects sound and converts it to an electrical signal, two transistors that amplify the signal, and a 555 timer chip that generates pulses to power an LED when clapping is detected. The circuit demonstrates how sound energy can be converted to electrical energy to remotely control devices without the need for an on/off switch. Potential applications include using the circuit to turn on lights, fans, or other appliances with a clap.
electronics basics
Dr. S. Kavitha's presentation defined electronics as the science controlling electric energy using electrons. It discussed basic electronic components including resistors, capacitors, diodes, transistors, and integrated circuits. Transformers were described as transferring energy between circuits through electromagnetic induction and commonly used to change AC voltage levels. Integrated circuits were defined as small electronic devices made from semiconductor material that are used in many devices.
Introduction to Basic Electronics
What is electronics?
Electronics is the science of how to control electric energy, which the electrons have a fundamental role.
This presentation gives a brief explanation about what is electronics and each of the part of the electronic components.
anti sleep alarm for students
This document provides an overview of an anti-sleep alarm circuit project. It includes a circuit diagram, descriptions of the main components used including an IC555 timer, relay, push button switch, buzzer, resistor, capacitor, transistor and diode. It describes the power supply, including the transformer, rectifier and filter. It explains how the circuit operates to sound an alarm after a set time interval if the push button is not pressed. The conclusion states that the circuit can be used to automatically switch home appliances on and off to save time and electricity.
Audio Amplifier with circuit diagram
The term amplifier refers to any device that increases the amplitude of a signal, usually measured in voltage or current. This versatile device is used in a variety of different electronic applications. Especially in audio technology, a wide range of amplifiers can be produced based on product specifications (i.e. power, voltage, current). Currently, there are many types of audio amplifiers available for consumers. Sound signal amplification is used for instruments, such as the guitar or the bass. They are also used commonly in home theater systems and with stereo speakers. The basic design behind all of these amplifiers is derived from the simplest concepts of circuit design.
For our project, we set out to design an audio amplifier. The inputs of our circuit were stereo signals from a portable music player. Although we used a low-power speaker, we needed to achieve approximately three times gain over the entire circuit. In addition, the amplifier had to be produced at a low cost with available materials. Before building the actual amplifier, we realized that we had to design, simulate, and test the circuit. Each step was necessary to understand the concepts involved in amplification
ElectronicsPrimer_II (2).ppt
Operational amplifiers (op amps) take small input voltages and amplify them significantly using feedback. Op amp circuits can perform mathematical operations like multiplication, division, addition, subtraction, and filtering. Common sensors for robots include touch sensors, resistive position sensors, light sensors, shaft encoders, accelerometers, and fluid level sensors. A transducer converts one physical quantity to another, such as a microphone converting sound pressure to voltage. Sensors require associated electronics to interface transducers to controllers since transducer outputs are often too small on their own. Noise from electronics and the environment can corrupt sensor signals, requiring filtering.
CH-ELECTRICITY AND CIRCUIT
In this presentation you will learn about the Electric Circuit, Electric Bulb, Cell, Circuits and many more.
Power electronics application
Power electronics deals with controlling and converting electric power using semiconductor devices. Power electronic converters are at the heart of power electronics systems and are used to control motors, lighting, temperature, solar panels, wind turbines, welding machines, battery chargers, elevators, electric vehicles, exercise equipment and UPS systems. They convert power from AC to DC, DC to AC, or DC to DC depending on the application and allow control of output voltage, current and frequency.
clap switch.ppt
This circuit can switch a light, fan, or radio on and off through the sound of a clap. It uses a condenser microphone to detect clapping sounds and convert them to electrical signals, which are then amplified by transistors and used to toggle a relay. The relay acts as an electronic switch to power the connected device. This allows appliances to be controlled remotely through hand clapping, which can benefit elderly or mobility-impaired users.
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Basic electronics
- 1. ELECTRONICSELECTRONICS An electronicsAn electronics system has 3system has 3 parts – input ,parts – input , process , outputprocess , output
- 3. ELECTRONICSELECTRONICS Input DevicesInput Devices Mic-sound toMic-sound to electricalelectrical
- 4. ELECTRONICSELECTRONICS L.D.R.-Light toL.D.R.-Light to electricalelectrical Thermistor-heat toThermistor-heat to electricalelectrical
- 5. ELECTRONICSELECTRONICS Thermocouple-heat toThermocouple-heat to electricalelectrical SwitchSwitch Solar Cell-light to electricalSolar Cell-light to electrical
- 6. ELECTRONICSELECTRONICS Output DevicesOutput Devices Loudspeaker-electrical to soundLoudspeaker-electrical to sound L.E.D.-electrical to lightL.E.D.-electrical to light Bulb-electrical to lightBulb-electrical to light Buzzer electrical to soundBuzzer electrical to sound
- 7. ELECTRONICSELECTRONICS Relay-electrical to movementRelay-electrical to movement L.E.D. has to be protected byL.E.D. has to be protected by adding in a series resistor toadding in a series resistor to take some of the supplytake some of the supply voltagevoltage
- 8. ELECTRONICSELECTRONICS numbers in a 7 segmentnumbers in a 7 segment display can be produced bydisplay can be produced by using 7 L.E.D.`susing 7 L.E.D.`s
- 9. ELECTRONICSELECTRONICS There are 3 process devices,There are 3 process devices, The NOT gateThe NOT gate The AND gateThe AND gate The OR gateThe OR gate