Does voltage drop across a resistor? As we all know, every conductor offers some resistance to the flow of electrons, so there is always a voltage drop between two points regardless of the presence of the resistor in the path of the flow of current. There is a voltage drop (or electric potential drop) across the resistor as …
Does Voltage Drop Across A Resistor: Why, How And Detailed Insights Read More »
This article discussed how to find voltage across resistor in an effortless way, such as in series combination, parallel combination and other circuit combinations. Voltage Across any resistor can be determined by: How to find voltage across resistor in series ? A series resistor circuit has only one path or branch for circuit currents to …
How to Find Voltage Across Resistor:Several Approaches And Problems Example Read More »
This article will discuss power vs voltage in detail, such as the relationship between power vs voltage, reactive power, motor power, power factor, etc. Comparison between Power and Voltage: Power Voltage Power is the rate of energy absorbed or supplied with respect to time. Voltage is the potential drop between two points. Mathematical definition of …
This article will discuss about what is impedance voltage and how to calculate impedance voltage. Impedance is the effective resistance of an electric circuit or an electric circuit component whose resistance changes with a different frequency of AC. Impedance can also be due to the combined effect of ohmic resistance and reactance. And impedance is …
What Is Impedance Voltage:Facts,Problems,Examples Read More »
This article will discuss about LC PI filter in detail. What is LC filter circuit The unique characteristics of the inductor and the capacitor are used to remove noise in a different configuration. LC filter circuit is an LC circuit that is used as a filter, which consists of an inductor and capacitor; LC filter can …
This article will discuss different methods that can be used to find what is voltage drop In parallel circuit. By using different methods, we can find voltage drop in a parallel circuit such as: Kirchhoff’s Voltage Law (KVL) German physicist Gustav Kirchhoff introduced Kirchhoff’s voltage law in 1845 for a more accessible analysis of circuit …
The term inrunner motor or outrunner motors are the motors where the position of the rotor which is also known as rotor is placed inside or outside of a motor structure. Comparission between outrunner vs inrunner motor in tabular format: Parameter Inrunner motor Outrunner motor Accuracy Relatively low accuracy Relatively high accuracy Efficiency Relatively higher …
Outrunner Vs Inrunner:Comparative Analysis on DC,BLDC ,Electric Motor And Facts Read More »
RC motor car is a remote-controlled motor car that can use either a brushed or brushless motor as its component. The motor in the RC car is responsible for the movement of the car, and this article has discussed a Brushed vs brushless RC motor. Brushed vs Brushless Motor RC Car There are different benefits …
Brushed Vs Brushless RC motor:Exhaustive Facts And FAQs Read More »
The article will discuss the compression of brushless vs brushed motor. Parameter of comparisons Brushed Motor Brushless Motor Components Contains brush and commutator for connection between brush and commutator Does not contain brushes Efficiency Relatively low efficiency Relatively higher efficiency Torque Relatively lower torque for same power supply Relatively high torque for same power supply …
Brushless Vs Brushed Motor:Exhaustive Facts And FAQs in Tabular Format Read More »
Direct current is a current which flows in One Direction without changing its polarity with time. This article will discuss Direct Current Examples such as DC generator, DC motor, battery, electronic circuits, electroplating, solar power supply, high-voltage direct current transmission, etc. Some Direct Current Examples: DC generator DC motor Battery Electronic Circuits Electroplating Solar Power …
Direct Current Examples:Detailed List of Applications and Examples on DC current uses Read More »
