Yes. Almost every electronic device consumes energy, however small. However the power draw of a voltage regulator is extremely tiny, typically less than 1mA. As such, they usually save more power than they consume.
Voltage Rise : The energy added to a circuit. Voltage drop: The energy removed from the circuit.
most robot consume electrical energy
No. By "energy", you must mean "power"? Energy = power * time. Anyway, No transformer can step up energy. Even in a perfect transformer, you would only receive the energy output equal to the energy input. There is always some loss of energy due to resistance of the windings and unwanted electrical currents induced in the core. Both convert some of the energy input into heat.
Yes, by increasing the voltage in a power line, the amount of energy carried can be increased. This is because power (P) is the product of voltage (V) and current (I), and increasing the voltage while keeping the current constant will result in higher power carrying capacity. However, it is important to consider the limitations of the equipment and the safety considerations when increasing voltage levels.
Voltage is related to energy by charge. Power equals voltage times current (amperes), and energy equals voltage times charge (coulombs).An ampere is 1 coulomb of charge moving per second.A watt (power) is 1 joule of work done (or energy transferred) per second.
Council of European Energy Regulators was created in 2000.
Agency for the Cooperation of Energy Regulators was created in 2010.
Most linear regulators absorb the amount of energy equal to (Vin-Vout)*I where Vin is the voltage into the regulator, Vout is the regulated output voltage, and I is the current flowing through the regulator. This energy is dissipated as heat. As to much heat will burn the device out, a heatsink is needed where the die of the device cannot adequately dissipate the waste heat into the atmosphere.
Resistance type Regulator uses Resistance & a selector switch to control the voltage. Actually in resistance type regulator the voltage control is done by voltage drop in resitance (converted into heat energy), which causes energy loss/wastage at lower speeds. Whereas Electronic Regulators uses Triac or SCR based circuit and controls the firing pulse to reduce the output voltage. Here power loss is less at low speed in comparision to resitance type regulator. Only disadvantage in local or cheaper Electonic regulators that at low speed Harmonic occurs which causes humming & heating up of Fan. Now a days Energy saver electronic regulators are also available which do not causes radio interference or haronics.
Lamps don't 'consume' power; they consume energy. 'Power' merely tells us the rate at which they consume energy. For example, a 60-W lamp consumes energy at the rate of 60 joules every second.The rated power of a lamp applies only at its rated voltage (this information is printed on the lamp's glass envelope).A lamp's behaviour when you reduce its voltage is complicated, because as the temperature of its tungsten filament (I assume you are referring to an incandescent lamp) falls, so does its resistance so there is no direct relationship to the drop in voltage and the corresponding drop in power. All that can be said is that a small drop in voltage results in a verymuch larger drop in power, which is why the brightness of a lamp very often is a guide to whether the mains (supply) voltage has fallen. But if you are asking for a percentage relationship between the two, then there is no straightforward answer.
The resistance used in a voltmeter is extremely high when measuring voltage, which is why the current is low (I = E/R).
there is no voltage or energy in strawberries
Organisms that consume other organisms for energy are consumers.
the energy
Voltage Rise : The energy added to a circuit. Voltage drop: The energy removed from the circuit.
Eating.
consumes it