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What else can I help you with?
What is the syllabus for electronic circuits and electronic devices?
you need to be mo specific.
What is the need for bypass capacitor?
A bypass capacitor is used in electronic circuits to filter out noise and provide a stable voltage supply to components, particularly integrated circuits (ICs). It helps maintain a clean power supply by shunting high-frequency noise to ground, thereby preventing it from affecting the operation of sensitive devices. Additionally, it can improve transient response by supplying instantaneous current during sudden changes in load, ensuring stable performance. Overall, bypass capacitors enhance the reliability and efficiency of electronic circuits.
Describe the specific safety practices and procedures that they need to observe when assembling and testing electronic circuits?
When assembling and testing electronic circuits, it is crucial to wear appropriate personal protective equipment (PPE) such as safety goggles and gloves to prevent injury from electrical shock or chemical exposure. Ensure that the workspace is dry and free from clutter to minimize risks of tripping or short circuits. Always work with the power supply disconnected when assembling circuits, and use insulated tools to avoid accidental contact with live components. Finally, adhere to proper grounding practices to prevent electrostatic discharge (ESD) damage to sensitive components.
Why NPN transistor are preffered?
You need a positive input to operate the transistor and since most circuits are negatively grounded when the transistor is not in use it has a negative input current thus using less power most of the time.
What is a phasor diagram and why you draw it?
Theoretically, it can be drawn at any angle. Normally, however. it is drawn along the real, positive, axis (i.e. facing East). For series circuits, the reference phasor is the current and, for parallel circuits, the reference phasor is the voltage. For transformers, it is the flux.
What is the syllabus for electronic circuits and electronic devices?
you need to be mo specific.
Why you need electronic?
We need to use electric circuits so as to make the transfer of electricity easier. you must have seen various paths made in the circuits, these path controls and regulates the flow of current . But if we don't use electronic circuits then we will have to use wires which is very difficult to handle when we have to do large no. of operations li in computer.
What are the specific practices and procedures that i need to observe when assembling and testing electronic circuits?
Uzair Natha Rulezz
Does the television set in your living room run on alternating current?
Yes, household power supplies are generally alternating current, whereas cells produce direct current. Of course they are are designed to run on a domestic power supply, but the first thing that happens inside the set, is that it is converted to DC. It is then reduced to lower voltages using inverters, to run the semiconductors of the circuits. Electronic circuits need DC at low voltages to work. TV sets that work off batteries and/or car power supplies, can dispense with the Inverters, as this is already at a more suitable voltage.
How do you install a capacitor?
It gets hooked up like a switch would be. The main power wire goes to the positive side on the cap and a short power wire comes off of the positive side of the cap to go to the amp. Ground comes from car metal to the negative side of the cap and a short ground comes off of that negative to go to the negative on the amp.
Why you need ground in electronics circuits?
I dont know but it is to get a circuit common and to give a negative input to the circuit
What is the need for time delay in electronic circuits?
inorder to avoid the inter mixing of various input signals each signal is provideed with some time delay
Where is the transistor on a BMW e30?
I think you need to give more detail as a transistor is an electronic component found in all electronic circuits and there are around 2,000 in your car car stereo alone. It is short for transfer resistor. Hope this helps.
Why are some circuits so complicated what purpose does having different voltages and currents at different places in a circuit have?
Sometimes people over engineer circuits. Often the reason for having different voltages are due to needing something like 12 volts to light 4 led's how ever your IC chip only is needing 1.2 volts. Over powering the chip will make it hot, which will make it pull more power making it even hotter. Thus you'll blown or burn your equipment up. You also have to control which direction power is going, when to send the power. Often circuits use voltages to act as a signal. Such as a gas pedal that you push down increases the voltage to let the circuit know how much change there has been. In general all those different components need different voltages and amperage to operate within their designated range.
Why school taught electric circuits are different from real-world industrial circuits?
They aren't if you get into advanced enough classes where design actually can take place. Circuitry taught in school is typically simplified. Industrial circuits are designed to handle industrial applications, they have to last longer than a one hour lab class. Induced currents, heating issues, stray voltages, EMF concerns, etc. need to be considered.
How do circuits work?
Circuits need 3 things to work. They need a load, (what the power goes on) power source, (the battery) and connectors (the wire inbetween). Circuits use electrons to flow from the negative side of the battery and around the circuit back to the battery. This repeats until the circuit breaks.
Can the transformer work on direct current?
No. It need an alternating current to induce current into the secondary winding. It needs an expanding and collapsing magnetic field to bring about this induction. The only time you get this phenomena in DC is when the current is turned on and again when the current is turned off.
