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What is an electronic component used for?
An electronic component is simply used to resist the flow of a certain current. In theory, it is connected to a circuit board and includes those resistors, capacitors, and transistors.
What is circuit component?
A circuit component is a discrete device or physical entity within an electrical circuit that performs a specific function, such as controlling the flow of current, storing electrical energy, or amplifying signals. Common circuit components include resistors, capacitors, inductors, transistors, diodes, and integrated circuits. Each component has unique electrical properties and characteristics that contribute to the overall functionality of the circuit.
What is the main work of transistors in an electronic circuit?
The main use of transistors in electronic circuits is as switches and memory storage
What the use of SMT in the manufacture of an electronic circuit?
to complete circuit
What do transistors do in a circuit?
Transistors provide most of the activities a circuit needs to operate. In their most basic representation, transistors are amplifiers. That is, they take and amplify a signal from the level produced by a microphone and amplify it enough to blast it out through a speaker. Transistors are also used on decision making circuits, like electronic gates and Central Processing Units (CPUs). Solid state, electronic systems like desktop computers, cell phones, and GPS devices would not be possible without transistors.
What is a complex circuit of many transistors diodes resistors capacitors and other electronic devices that are formed onto a tiny silicon chip?
monolithic integrated circuit
What is difference between transistor and amplifier?
A transistor is an electronic component. By itself it has little use. An amplifier is a complete, functional circuit, generally made up of several components. A transistor can be a component part of an amplifier, however an amplifier may be constructed without any transistors (using vacuum tubes instead, for instance).
What electronic component stores instructions waiting to be executed?
No single type of component does this, it is done by a circuit composed of many different components.
Digital integrated circuit use various types of what to achieve their purpose of operation?
Transistors and electronic miniature components packaged into a small case.
What device works in an electrical circuit?
any R L C combination when work in a circuit act like an electrical circuit... on other hand use of diodes, transistors, ICs are when used are counted in electronic circuits.
How do you test the electronic component in a circuit?
There are several components, transistors, resistors, intergrated circuits (IC), inductors, capacitors, diodes and possibly a few others. You neeed to be more detailed as to what component you are testing. There is also various types of each component and you should know the characteristics of the particular one needing testing. Research the one in question. YES, this gets very complex! See an eBook on Testing Electronic Components: http://www.talkingelectronics.com/projects/Testing%20Electronic%20Components/TestingComponentsFrontice.html
How do you prevent the excess amount of current flows through the source?
An inrush current preventing circuit includes a rectification circuit, a temperature-sensitive component, a controller, a switching circuit, and a tank circuit. The controller outputs a control signal to turn on the switching circuit in response to the tank circuit being at a substantially full voltage, and the rectification circuit and the switching circuit forming a current loop for providing power from the rectification circuit to an electronic device. The controller outputs no control signal to turn off the switching circuit in response to the tank circuit being undercharged, and the rectification circuit and temperature-sensitive component forming a current loop for providing power from the rectification circuit to the electronic device for protecting the electronic device. the rectification circuit and the switching circuit forming a current loop to provide power from the rectification circuit to the electronic device;wherein the controller does not output a control signal to turn off the switching circuit in response to the tank circuit being undercharged, the rectification circuit and temperature-sensitive component forming a current loop to provide power from the rectification circuit to the electronic device such that an excess amount of current is prevented from flowing to the electronic device
