That's Right! First Try to Under stand the subject.zonedestruct said:I don't think the homework helpers are going to help you bro cause you didnt try doing it yourself
I got my answers...on my own attempts..and yes one thing need to mention ..as I am new to this forum so I don't know What's the thing I have to post in thread that's why I posted only problems.Before posting this thread I attempts it 6 times..but on paper and I forget to post necessry formulae and attempts..:)zonedestruct said:I don't think the homework helpers are going to help you bro cause you didnt try doing it yourself
I got my answers...on my own attempts..and yes one thing need to mention ..as I am new to this forum so I don't know What's the thing I have to post in thread that's why I posted only problems.Before posting this thread I attempts it 6 times..but on paper and I forget to post necessry formulae and attempts..:)tapasbhattach said:That's Right! First Try to Under stand the subject.
Thevenin was a telegraph Engineer,and learned from Helmholtz about Equivalent/Source Impedence and Equvalent Battery for any complex circuits,and used it.
Since then we are all using it,and even computers know to use it,but not like humen.
The humen who can use it and also the Nortons Equvalent circuits are called Electrical/Circuit Engineers.
The basic electrical components used in control systems include resistors, capacitors, inductors, diodes, transistors, and operational amplifiers. These components are used to control the flow of electricity and to manipulate signals in electronic circuits.
To troubleshoot a control problem in an electrical system, start by checking all connections and making sure they are secure. Then, use a multimeter to test for continuity and voltage in different parts of the circuit. If there are any faulty components, replace them. It is also important to check for any loose or damaged wires.
The power consumption of an electrical control system can be calculated by multiplying the voltage by the current. This value will give you the power in watts. To calculate the total power consumption of the system, add up the power consumption of each individual component.
In an open loop control system, the output does not affect the input, whereas in a closed loop control system, the output is used to adjust the input. Closed loop systems are more accurate and efficient as they can correct for any errors in the output.
To protect an electrical control system from power surges, use surge protectors or voltage regulators. These devices can detect and suppress any spikes in voltage, preventing damage to the system. It is also important to properly ground the system and use high-quality components to minimize the risk of power surges.