AC current / AC inverter / Air conditioner / Amperage / Amperage capacity / Ampere / Ampere measurements / Battery Help / Boat / Consumes energy / Current flow / Current measurement / DC current / DC inverter / Electric current / Electric Resistor / Electrical circuit / Electrical resistance / Electricity / Electricity consumption / Electrochemical / Electronic / Electronic current / Energy / Enjoybot / FAQ / Fridge / Golf Cart / Green Energy / Green energy battery / How is Voltage generated? / Laptop / LiFePO4 Battery / Marine / Microwave / Notebook / Ohm's Law / Ohm’s Law / Power / Power capacity / Power energy / Power Supply / Refrigerator / Resistance definition / Saving energy / Solar battery / Solar battery bank / Solar components / Solar inverter / Solar panel / Solar storage battery / Solar system / Storage battery / SUPZOOM / Voltage / Voltage Definition / Voltage Specifics / Voltage Units / Wattage / Watte / Wattes
onAs its name implies, an electric resistor is an electronic component that resists the flow of electric current in a circuit. Electric resistors are divided into two different types of materials, conductors and insulators. The conductor allows the flow of electric current whereas an insulator does not. So the conductor materials should need the electric resistor components in their structure. Every electrical equipment has...
onElectric current is an electric charge in motion. It can take the form of a sudden discharge of static electricity, like a lightning bolt or a spark between your finger and a ground light switch plate. More commonly, though, when we talk about electric current, we mean the more controlled form of electricity from generators, batteries, solar cells, or fuel cells.
onIn short, voltage can be thought of as a force that pulls electricity (current) around a circuit. If a high voltage is applied to a circuit, then it will experience a high flow of electricity (i.e. current flow). If a lower voltage is applied to a circuit, then it will experience a lower flow of electricity. There is a good analogy for voltage that...