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What are some simple electronic devices that are used in electrical engineering?
Wiki User
∙ 14y ago
Resistors, capacitors, inductors, Transformers, diodes, transistors, integrated circuits, power sources are the basic building blocks.
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∙ 14y ago
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Where are simple circuits used?
Simple electronic circuits are used in simple electronic devices.
What is the difference between electrical devices and electronic devices?
Electronic devices works on low level dc voltage like 48volts and less than that. We cannot give direct line supply to electronic devices, for this transformer is used to convert ac voltage to required dc level... Whereas in electric devices we can use direct line supply (110V/220V) ac. These devices can also be operates on dc volts but greater than 48volts
What is the growth prediction of electrical engineering?
Simple.. Electrifying ie; electic
What is a simple definition of electrical energy?
The energy in an electrical current, or stored temporarily in capacitors or inductances.
Name three electrical components used in simple circuit?
bulb, Motor, buzzer, battery
Where are simple circuits used?
Simple electronic circuits are used in simple electronic devices.
Circuits of simple electronic projects using logic gates?
in electronic engineering
What is the difference between electrical devices and electronic devices?
Electronic devices works on low level dc voltage like 48volts and less than that. We cannot give direct line supply to electronic devices, for this transformer is used to convert ac voltage to required dc level... Whereas in electric devices we can use direct line supply (110V/220V) ac. These devices can also be operates on dc volts but greater than 48volts
What is the growth prediction of electrical engineering?
Simple.. Electrifying ie; electic
What Difference between electronic and electrical devices?
what exactly is the difference between electrical devices and electronic devices?The answer lies in how devices manipulate electricity to do their work. Electrical devices take the energy of electric current and transform it in simple ways into some other form of energy - most likely light, heat, or motion. The heating elements in a toaster turn electrical energy into heat so you can burn your toast. And the motor in your vacuum cleaner turns electrical energy into motion that drives a pump that sucks the burnt toast crumbs out of your carpet.In contrast, electronic devices do much more. Instead of just converting electrical energy into heat, light, or motion, electronic devices are designed to manipulate the electrical current itself to coax it into doing interesting and useful things.That very first electronic device invented in 1883 by Thomas Edison manipulated the electric current passing through a light bulb in a way that let Edison create a device that could monitor the voltage being provided to an electrical circuit and automatically increase or decrease the voltage if it became too low or too high.One of the most common things that electronic devices do is manipulate electric current in a way that adds meaningful information to the current. For example, audio electronic devices add sound information to an electric current so that you can listen to music or talk on a cellphone. And video devices add images to an electric current so you can watch great movies until you know every line by heart.Keep in mind that the distinction between electric and electronic devices is a bit blurry. What used to be simple electrical devices now often include some electronic components in them. For example, your toaster may contain an electronic thermostat that attempts to keep the heat at just the right temperature to make perfect toast.And even the most complicated electronic devices have simple electrical components in them. For example, although your TV set's remote control is a pretty complicated little electronic device, it contains batteries, which are simple electrical devices.RESOURCE:http://www.dummies.com/how-to/content/what-is-the-difference-between-electronic-and-elec.html, Doug Lowe. What is the difference between electronic and electrical devices?.08/17/2012
How can maintain generators?
Learn electrical and mechanical engineering. The question is far too broad for a simple answer.
What does a positive connection between two parts mean?
Simple question complex answer - if the connection is electrical or electronic then the connection allows a flow of electricity from positive to negative. If the connection is engineering then the connection is because the connection is securely closed and locked
How should you use electricity safely?
By proper handling of electrical instruments, electrical gadgets,etc. Simple precautions can be taken while using devices like water heaters , microwaves, etc. EVERY electrical instruments or devices or appliances have instructions on them which when followed properly, will not harm the user.
Is a computer a compound?
The term "simple" and "compound" machine refer to physical devices that transform work. The computer is an electronic device whose main operation has no moving parts whatsoever. Any motion within input and storage devices is controlling electrical components, not mechanical ones.
What is the Modbus communication protocol about?
The Modbus communication protocol is a simple and robust communication protocol to connect industrial electronic devices. It is easy to deploy and maintain.
How can one make a simple circuit of a water sensor by using a few electrical devices?
There are many different ways to make a simple circuit for a water sensor, websites such as 'instructables' 'clear rice education' 'electronics tutorials' 'build circuit' and 'bright hub engineering' are some of the best sites to look at each has instructions to suit different levels of ability
Write solid state devices with their functions?
The term solid state is used to describe the etched in silicon version of the various parts of an electrical or electronic circuit. The main reason that solid state devices are used is the size of the parts. Solid state devices do combine a large number of simple parts into a small package. Solid state devices can do a long list of different functions in a small space, use very little electricity, last a long time, and can be made very cheaply
