The main use of transistors in electronic circuits is as switches and memory storage
1) Electrons flow from a positive to a negative voltage source. 2) The path taken by the electrons through the circuit depends on the resistance of the various circuit elements. 3) Sensors attached to the circuit provide real world inputs and outputs. 4) All circuits are made using transistors. Transistors act like taps. Open the tap with a small amount of effort (a few electrons) allows a large volume of water (a large number of electrons) to flow. Analog circuits (e.g. Amplifiers) work by varying the amount of how open the tap is. Digital circuits (e.g. Computers) work by switching taps fully on or off.
At the most basic level, computers work by processing and storing data using electronic components such as transistors. These components manipulate binary code (0s and 1s) to perform calculations and execute instructions, allowing the computer to carry out tasks and run programs.
because the circuit is not a full circuit so it wont work!
A circuit board or more precisely a printed circuit board (PCB) is a mechanical structure that provides support for mounting electronics and electrical components and connecting them with conducting traces or wires. PCBs are designed to perform a specific electrical or logical function. So what and how a circuit works will depend on its design. e.g. a circuit board in a TV processes audio/video TV signals. An audio amplifier circuit board amplifies and makes audio signals louder. Similarly various circuit boards in a Personal Computer perform different functions e.g. PC mother board, TV tuner card, USB/Firewire Card, Graphics cards are all circuit boards and perform different tasks. All of them need power (typically a DC voltage) for various components and circuits to work.
active element means that does not work itself it require external power source for working ie electricity or other and passive element means that work ifself does not equire external power source for working ie electricity or other eg. active- compressor need electricity, also tv,computer etc passive- thermometer sens temperature itself (mercury thermometer)
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.
because their effects are desired to make the circuit work
As far as I know, transistors - and other electronic devices - basically work with DC, not AC. If a computer (for example) is plugged into an AC outlet, some device within the computer must first convert the AC current into DC current, which is then fed to the electronic components.
A circuit is designed to work at a specific voltage and that voltage only.
mobile keypad really tine thing you push batten on the pad, circuit is complete and work
There were vacuum tubes before transistors
The main components in a circuit are a power source (such as a battery), conductive wires or traces, resistors to limit current, capacitors to store charge, inductors to store energy in a magnetic field, and electronic components such as transistors and diodes for controlling current flow. These components work together to create a pathway for electrical current to flow and perform desired functions within the circuit.
For a circuit to work, it needs a power source (such as a battery), conductive pathways (wires or circuit traces), a load (such as a light bulb or motor), and components like resistors, capacitors, and transistors to control the flow of electricity. Additionally, the circuit must be closed or complete, meaning that there is a continuous pathway for the electricity to flow.
Start at the supply and work toward the load.
Transistors are the main working computer components. They either allow electricity to pass through or not pass through. They are either on or off. To work, they must allow electricity to go only one way. Sometimes transistors are attached to an AC circuit. Still they only let DC electricity come out. They are either on or off and only allow electricity to go one way.
Oh, absolutely, friend! You can definitely use an electronic circuit as a load in another circuit. Just like adding a happy little tree to your painting, incorporating a circuit as a load can help regulate current flow and provide a specific function within your overall design. Remember, there are many ways to bring balance and harmony to your circuits, so feel free to explore and create with joy in your heart.
A circuit is a closed loop through which an electric current can flow. To work, a circuit needs a power source (such as a battery), conductive materials to carry the current (such as wires), and components like resistors, capacitors, and transistors to control the flow of electricity.