Electronics
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The document discusses electronics topics including semiconductors, signals, telephones, and sound recordings. It describes how semiconductors can conduct electricity under certain conditions and are used in diodes, transistors, and integrated circuits. It explains how telephones transmit sound as electronic signals that are converted to and from sound by the transmitter and receiver. It contrasts analog and digital signals and how analog recordings and digital recordings like CDs represent sound information differently.
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Electronic signals convey information through electrical patterns known as analog and digital signals. Analog signals use continuously varying strength or frequency while digital signals encode information as strings of 1s and 0s. Electronic devices are built using semiconductors like transistors and diodes, and integrated circuits which contain many tiny transistors on a single silicon chip. Common devices that use electronics and integrated circuits include computers, televisions, microwaves, radios, and more.
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This document provides a history of electronics, beginning with the measurement of the electron's charge and development of vacuum tubes and transistors. It discusses semiconductors and how they can be doped to become either N-type or P-type materials. Both active and passive electronic components are described, including resistors, capacitors, inductors, diodes and transistors. Diodes allow current to pass in one direction but block it in the other. Transistors are made of three semiconductors and can amplify or switch signals. Integrated circuits contain many electronic components on a single chip and have increased in complexity over time.
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The document defines key electrical and electronic terms such as:
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Voltage is the difference in electric potential between two points and is measured in volts. It is symbolized by V or E. A voltage regulator is a circuit that maintains the voltage of a power source within acceptable limits by varying its resistance. Liquid crystal displays (LCDs) use liquid crystals to modulate light and produce images without emitting light themselves, making them thinner and more energy efficient than cathode ray tube (CRT) displays. Light emitting diodes (LEDs) are semiconductor devices that emit light when activated by electric current through electroluminescence and have advantages like reduced heat, longer lifetime, and lack of mercury compared to other light sources.
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Electronic signals convey information through electrical patterns known as analog and digital signals. Analog signals use continuously varying strength or frequency while digital signals encode information as strings of 1s and 0s. Electronic devices are built using semiconductors like transistors and diodes, and integrated circuits which contain many tiny transistors on a single silicon chip. Common devices that use electronics and integrated circuits include computers, televisions, microwaves, radios, and more.
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This document provides a history of electronics, beginning with the measurement of the electron's charge and development of vacuum tubes and transistors. It discusses semiconductors and how they can be doped to become either N-type or P-type materials. Both active and passive electronic components are described, including resistors, capacitors, inductors, diodes and transistors. Diodes allow current to pass in one direction but block it in the other. Transistors are made of three semiconductors and can amplify or switch signals. Integrated circuits contain many electronic components on a single chip and have increased in complexity over time.
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2. During a phone call, sound waves cause a metal disk in the transmitter to vibrate, transforming sound into an electronic signal. The receiver uses a speaker to transform the electronic signal back into sound.
3. Electromagnetic waves consist of changing electric and magnetic fields that can carry signals over long distances. A changing magnetic field produces a changing electric field and vice versa.
4. For radios, an audio signal is combined with a carrier wave and transmitted via electromagnetic waves to antennas. The radio separates the signal from the carrier wave. For TV, video and audio signals
COMMUNICATION SYSTEMS USED IN RADIO STATION
Radio stations use various communication systems to broadcast audio signals. The communication process involves an information source like a broadcaster that is converted to electrical signals using input transducers. Transmission equipment like oscillators, amplifiers and antennas transmit the signal over the airwaves. Receiving equipment including antennas, tuners, detectors and amplifiers receive the signal and convert it back to sound using a speaker. AM radio uses simple amplitude modulation to transmit audio but is susceptible to noise, while FM radio provides higher quality stereo audio using frequency modulation and is more resistant to noise.
Cdi t1 10_adv_unit3_revision_notes_eot
The document provides instructions for a Grade 10 Advanced electronics exam. It outlines the sections and topics that will be covered in the exam, including electrical circuits, resistors, electronic calculations, and embedded systems. Students are instructed to bring specific materials to the exam and are informed that electronic devices are not allowed. The exam will consist of multiple choice questions, true/false statements, short answer questions, diagrams and a matching task testing knowledge over a total time of 35 minutes.
Cdi t1 10_gen_unit3_revision_notes_eot
The document provides instructions for a Grade 10 General examination on Fundamentals of Electronics. It outlines 4 sections covering electrical circuits, resistors, electronic calculations, and embedded systems. Students must have a blue ink pen, pencil, ruler, and calculator (if required) and are not allowed electronic devices. The exam consists of multiple choice, true/false, short answer, and matching questions worth a total of 50 marks over 35 minutes.
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Dcn
The document discusses key concepts in communication systems including:
- Defining analog and digital signals, where analog signals vary continuously and digital signals change in discrete steps.
- The basic elements of a communication system including an information source, transmitter that processes signals for transmission, channel to transmit signals, receiver to extract signals, and output transducer.
- Types of noise that can degrade signals including internal noise from system components and external noise from sources like atmosphere, space, and human activity.
- Physical and technological limitations that constrain communication systems such as bandwidth limitations, noise, and available technologies.
Lec 1 electronics, application & components
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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.
ELEKTRONIKA_KOMUNIKASI_and_GELOMBANG_MIK (2).pptx
This document discusses electronic communication and microwave systems. It covers topics like introduction to communication systems, transmitters, channels, receivers, transceivers, modulation, multiplexing, bandwidth, gain, attenuation, and decibels. The document also lists materials, class rules, assessments, and provides an introduction to electronic communication including its history and basic components like transmitters, channels, and receivers.
Cdi t1 11_gen_unit1&2_revision_notes_eot
This document provides study notes for a Grade 11 exam covering materials and fundamentals of electronics. It includes definitions of key terms for different units and sections. The exam will consist of multiple choice questions, true/false statements, short answer questions, diagrams and a matching task across three timed sections totaling 50 marks over 35 minutes. Students must bring a blue ink pen, pencil, ruler and calculator (if required) and electronic devices are not allowed.
[DOCUMENT]:
This document provides revision notes for a Grade 11 exam covering materials and electronics. It defines important terms across multiple units and sections. The exam consists of various question types across several timed sections totaling 50 marks in 35 minutes. Students must bring specific supplies and electronic
Electrical engineering
This document summarizes the history and development of electrical engineering from 1745 to the present. Some key events and developments include the first electrical capacitor in 1745, electric telegraph in 1837, electric oven in 1861, light bulb in 1874, alternating current network in 1887, diode in 1904, theory of semiconductors in 1929, programmable computer in 1943, transistor in 1947, microprocessor and microcomputer in 1971. It also discusses different electrical components like resistors, capacitors, diodes, transistors and relays as well as concepts like conduction, insulation, protection, control, energy transformation and more.
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The document introduces the basic electronic components including breadboards, resistors, capacitors, diodes, triodes, transistors, LEDs, coils, transformers, switches, relays, and integrated circuits. It provides brief descriptions of each component, including their symbols and functions. Resistors limit current, capacitors store energy, diodes allow current to pass in one direction, and transistors amplify signals. Together, these components form the building blocks of modern electronic circuits and devices.
Similar to Electronics (20)
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