That would depend on the tolerance of the capacitor. As the measured value is only about 2% below nominal and most capacitors have 10% or 20% tolerance it should be fine. However if it was a precision capacitor with for example 1% tolerance it would be bad.
Yes, 100 MFD and 80 MFD capacitors will work in parallel, assuming they have the same voltage rating. The net capacitance will be 180 MFD.
You can get away with a 30% or so larger capacitor.
Capacitor values in certain applications can be very forgiving and in others quite critical. In power filtering for example you might be able to get away with the higher value. As long as the larger capacitor has the same or higher voltage rating you can give it a shot provided you understand that by doing so either it won't work or make harm your device.
Capacitor values can vary by 30% or so, but not double. The larger cap would draw too much current, possibly overheating.
Sometimes. The exception is when the capacitor is used as a "timing" device. But 7.5 mfd and 5 mfd are so large that one would guess that they are not being used as timing devices.
Sometimes. The exception is when the capacitor is used as a "timing" device. But 7.5 mfd and 5 mfd are so large that one would guess that they are not being used as timing devices.
Farad is the basic unit for capacitance. The MFD is an abbreviation for microfarad, which is one-millionth of a farad. The capacitance of a 50 MFD capacitor is one 50 millionth of a farad.
That would depend on the tolerance of the capacitor. As the measured value is only about 2% below nominal and most capacitors have 10% or 20% tolerance it should be fine. However if it was a precision capacitor with for example 1% tolerance it would be bad.
yes mfd is short for microfarad
A: SURE capacitors in parallel will share the charge. But don't expect a .0001 mfd capacitor to charge a 1000 mfd capacitor. It just does not have the power stored to effectively charge the 1000 mfd. EXAMPLE 1litter of water cannot fill up a 5 litter container
Yes, 100 MFD and 80 MFD capacitors will work in parallel, assuming they have the same voltage rating. The net capacitance will be 180 MFD.
You can get away with a 30% or so larger capacitor.
Capacitor values in certain applications can be very forgiving and in others quite critical. In power filtering for example you might be able to get away with the higher value. As long as the larger capacitor has the same or higher voltage rating you can give it a shot provided you understand that by doing so either it won't work or make harm your device.
A capacitor is a storage device like a battery it will however discharge at a rate of 63% for one RC time constant .so it is there to provide more initial force.
Capacitor values can vary by 30% or so, but not double. The larger cap would draw too much current, possibly overheating.
That would probably be OK, it might take a little longer to start.