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There is no loss in voltage. Voltage is constant (dependant on your supply). The dimming is as a result of of a reduction in current (ampage)
A dimmable eco bulb may not dim when controlled from a dimmer switch because it is not compatible with the type of dimmer switch being used. Some dimmer switches require specific types of bulbs or have specific voltage requirements that may not be met by the bulb. It is important to ensure that the dimmer switch and bulb are compatible for proper dimming functionality.
Voltage. A dimmer usaly chops the sine wave, leting it pass after a while.Another answerThe dimmer effectively becomes another device in the circuit. It effectively becomes a series circuit, therefore the voltage to the dimmed lights will be reduced in proportion with the relative position of the dimmer switch. HOWEVER...there is such a thing as "pulse width modulation" dimmers. They are typically used for devices that need full voltage but but you need to reduce output... such as fluorescent lights some fans and many other motors.Most dimmers are resistance type dimmers since the pulse width modulation dimmers are far more expensive.
decreasing the voltage and increasing the ohms
No a switch just opens and closes a circuit. A switch can be replaced by a dimmer switch. The dimmer switch will fit in the same enclosure that the switch is removed from.
decreasing the voltage and increasing the ohms
There is no loss in voltage. Voltage is constant (dependant on your supply). The dimming is as a result of of a reduction in current (ampage)
A switch that regulates voltage to something.
no you can not
The simplest example of Ohm's Law is an old fashioned dimmer switch in your house. As you turn the dimmer switch up, the light gradually brightens until it reaches full intensity. Conversely, you can turn the dimmer switch down, and the light gradually darkens.The dimmer switch is a variable resistor. That is, the electrical resistance of the dimmer switch changes as you rotate the knob. Ohm's Law tells us that the flow of current is directly proportional to the voltage, and inversely proportional to the resistance. Since the voltage across the switch doesn't change, the only thing that changes is the resistance when you turn the dimmer switch knob.As you turn the dimmer switch down, you are actually increasing the resistance of the dimmer switch. The current is inversely proportional to the resistance, so as the resistance goes up, the current (flow of electricity) goes down, and the light gets darker. This is an example of Ohm's Law.NOTE: This example applies to rheostat switches, and does not apply to modern current-clipping dimmer switches. Rheostat switches are seldom used now because they can overheat, but the illustration is still a useful example of Ohm's Law.
1982
The problem is most likely in the dimmer switch. Un plug the wire to the bulb and test for voltage with the dimmer switch in the hi beam position. If no voltage, the dimmer switch is faulty. thank you do you know where the dimmer switch is located and how do i go about getting to it is it hard to replace also how do i go about checking the voltage
No, the voltage rating of the switch is too low.
The output of a 120 volt dimmer switch will be an AC voltage so should not be used on a DC motor.
A dimmable eco bulb may not dim when controlled from a dimmer switch because it is not compatible with the type of dimmer switch being used. Some dimmer switches require specific types of bulbs or have specific voltage requirements that may not be met by the bulb. It is important to ensure that the dimmer switch and bulb are compatible for proper dimming functionality.
decreasing the voltage and increasing the ohms
Voltage. A dimmer usaly chops the sine wave, leting it pass after a while.Another answerThe dimmer effectively becomes another device in the circuit. It effectively becomes a series circuit, therefore the voltage to the dimmed lights will be reduced in proportion with the relative position of the dimmer switch. HOWEVER...there is such a thing as "pulse width modulation" dimmers. They are typically used for devices that need full voltage but but you need to reduce output... such as fluorescent lights some fans and many other motors.Most dimmers are resistance type dimmers since the pulse width modulation dimmers are far more expensive.