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Difference Between Ohm’s Law and Kirchhoff’s Law

September 4, 2017 Posted by Kasun

Difference Between Ohm’s Law and Kirchhoff’s Law

Key Difference – Ohm’s Law vs Kirchhoff’s Law   When it comes to understanding the electricity, it is highly crucial to understand the relationship between the primitive parameters, voltage and current. The basic principle that describes this relationship is Ohm’s Law. Kirchhoff’s Law, on the other hand, is a theory that describes properties of these […]

Filed Under: Electrical Tagged With: Compare Ohm's Law and Kirchhoff's Law, Kirchhoff's Law, Kirchhoff's Law Applications, Kirchhoff's Law Definition, Kirchhoff's Law Features, Kirchhoff’s Current Law, Kirchhoff’s Current Law Definition, Kirchhoff’s Voltage Law, Kirchhoff’s Voltage Law Definition, Ohm's Law, Ohm's Law and Kirchhoff's Law Differences, Ohm's Law and Kirchhoff's Law Similarities, Ohm's Law Applications, Ohm's Law Definition, Ohm's Law Features, Ohm's Law vs Kirchhoff's Law

Difference Between SMPS and Linear Power Supply

June 15, 2017 Posted by Kasun

Difference Between SMPS and Linear Power Supply

Key Difference – SMPS vs Linear Power Supply   Most electronic and electrical devices require DC voltage in order to function. These devices, especially electronic devices with integrated circuits, should be supplied with a reliable, distortion-less DC voltage for them to work without malfunctioning or burning. The purpose of a DC power supply is to […]

Filed Under: Electrical Tagged With: Advantages and Disadvantages of Linear Power Supply, Advantages and Disadvantages of SMPS, Compare SMPS and Linear Power Supply, Linear Power Supply Definition, Linear Power Supply Features, SMPS and Linear Power Supply Differences, SMPS and Linear Power Supply Uses, SMPS block diagram, SMPS Definition, SMPS Features, SMPS vs Linear Power Supply, Switched-Mode Power Supply, Switching Device, Voltage Regulator, Working principle of Linear Power Supply, Working principle of SMPS

Difference Between Voltage Converter and Transformer

June 15, 2017 Posted by Kasun

Difference Between Voltage Converter and Transformer

Key Difference – Voltage Converter vs Transformer   In practice, voltage is supplied from many difference sources, often by the mains power. Those voltage sources, either AC or DC, have a specific or a standard value of voltage (for example, 230V in AC mains and 12V DC in a car battery). However, the electrical and […]

Filed Under: Electrical Tagged With: AC to AC Converter, AC to DC Converter, Compare Voltage Converter and Transformer, DC to AC Converter, DC to DC Converter, How Transformer works, Transformer Definition, Transformer Features, Voltage Converter and Transformer Differences, Voltage Converter Definition, Voltage Converter Features, Voltage Converter vs Transformer, Working Principle of Transformer

Difference Between Regulated and Unregulated Power Supply

June 14, 2017 Posted by Kasun

Difference Between Regulated and Unregulated Power Supply

Key Difference – Regulated vs Unregulated Power Supply   Generally, a power supply is a device or an electrical circuit that gives energy (power) to another electrical device. There are many types of power supplies; regulated and unregulated power supplies are two such categories based on the type of output. In regulated power supplies, the […]

Filed Under: Electrical Tagged With: Compare Regulated and Unregulated Power Supply, Regulated and Unregulated Power Supply Differences, Regulated Power Supply, Regulated Power Supply Definition, Regulated Power Supply Features, Regulated vs Unregulated Power Supply, Unregulated Power Supply, Unregulated Power Supply Definition, Unregulated Power Supply Features

Difference Between Online and Offline UPS

June 14, 2017 Posted by Kasun

Difference Between Online and Offline UPS

Key Difference – Online vs Offline UPS   UPS or Uninterrupted Power Supply is a device that supplies power to critical loads which should run continuously without an interruption, even during a power outage. UPSs have two types: rotary/mechanical type, which includes motors and generators as the power source, and static UPSs, which supply backup […]

Filed Under: Electrical Tagged With: Compare Online and Offline UPS, Line Interactive UPS, Offline Uninterrupted Power Supply, Offline UPS, Offline UPS Definition, Offline UPS Features, Offline UPS Operation, Online and Offline UPS Differences, Online Uninterrupted Power Supply, Online UPS, Online UPS Definition, Online UPS Features, Online UPS Operation, Online vs Offline UPS, uninterrupted power supply, UPS, UPS Types

Difference Between Resistance and Reactance

June 7, 2017 Posted by Kasun

Difference Between Resistance and Reactance

Key Difference – Resistance vs Reactance   Electrical components such as resistors, inductors, and capacitors have some sort of an obstruction for the current passing through them. While resistors react to both direct current and alternating current, inductors and capacitors respond to variations of currents or alternating current only. This obstacle to the current from […]

Filed Under: Electrical Tagged With: Compare Resistance and Reactance, impedance, Reactance, Reactance Definition, Reactance Features, resistance, Resistance and Reactance Differences, Resistance Definition, Resistance Features, Resistance vs Reactance, Voltage -Current Phase

Difference Between Inductance and Capacitance

May 31, 2017 Posted by Kasun

Difference Between Inductance and Capacitance

Key Difference – Inductance vs Capacitance   Inductance and capacitance are two of primary properties of RLC circuits. Inductors and capacitors, which are associated with inductance and capacitance respectively, are commonly used in waveform generators and analog filters. The key difference between inductance and capacitance is that inductance is a property of a current carrying […]

Filed Under: Electrical Tagged With: Capacitance, Capacitance Application, Capacitance Definition, Capacitance Features, Compare Inductance and Capacitance, Faraday’s law of induction, Inductance, Inductance and Capacitance Differences, Inductance Application, Inductance Definition, Inductance Features, Inductance vs Capacitance, Lenz’s Law of inductance, Properties of Capacitance, Theories of Inductance, Units of Inductance, Ørsted's law of inductance

Difference Between Ampere and Coulomb

May 30, 2017 Posted by Kasun

Difference Between Ampere and Coulomb

Key Difference – Ampere vs Coulomb   Ampere and Coulomb are two measurement units that are used to measure the current. The current in a conductor is measured in Amperes, whereas Coulombs measure the amount of charge. One ampere is equal to the flow of one coulomb of a charge in a second. Unlike coulomb, […]

Filed Under: Electrical Tagged With: ampere, Ampere and Coulomb Differences, Ampere Definition, Ampere Measurement, Ampere vs Coulomb, Ampere’s force law, amps, Compare Ampere and Coulomb, coulomb, Coulomb Definition, Coulomb Measurement, Coulomb’s law

Difference Between Power Source and Power Supply

May 26, 2017 Posted by Kasun

Difference Between Power Source and Power Supply

Key Difference – Power Source vs Power Supply   Power is defined as the energy consumed or supplied within a given period. Since energy cannot be created as per the theory of conservation of energy, it should be transformed into a consumable form from an available source in order to make use of energy. Electricity […]

Filed Under: Electrical Tagged With: Compare Power Source and Power Supply, Power Source, Power Source and Power Supply Differences, Power Source Definition, Power Source Features, Power Source vs Power Supply, Power Supply, Power Supply Definition, Power Supply Features

Difference Between Relay and Circuit Breaker

February 28, 2013 Posted by admin

Relay vs Circuit Breaker   Electricity is a powerful source of energy, and its applications are innumerable. However, uncontrolled and unprotected electricity is very dangerous. Power overloads and short circuits may cause equipment damage, and sometime fire and human casualties. Therefore, it can be put to use for satisfying requirements only if we can control […]

Filed Under: Electrical Tagged With: Circuit Breaker, Relay

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