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Does the physical size of a capacitor make a difference if the values are correct?
The only criteria governing capacitor size is; will it fit into the space on the circuit board.
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Capacitors produce a reactance that is measured in ohms - depending on the alternating frequency of the current flowing through them - and that reactance will produce heat.
So, if you are designing equipment that will use a capacitor - or are replacing a defective capacitor - you must take into account how much energy it will produce as heat, that will have to be conducted away, otherwise the capacitor will burn up! So you must never use a capacitor that is physically too small for the job!
The answer given above needs is partially correct in that it should also say that, as long as it will fit into the space available, you can use a capacitor of the same microfarad value that is physically bigger than the one that you are replacing but you should never use one that is physically smaller.
It is also important to use the correct type of capacitor: it may not be safe to replace a non-electrolytic type by an electrolytic one, for instance.
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Not all capacitors are used in printed circuit boards. A capacitor used for motor starting also has to be matched exactly when replacing, as it also is engineer designed to the characteristics of the motor.
What else can I help you with?
How do you differentiate a start capacitor from a run capacitor in air conditioner?
If the air conditioner has both, the run capacitor is likely the largest one. The start capacitor will only be in the circuit for a very short time, so overheating doesn't become an issue. The run capacitor must be sized for continual use.
In an electric motor can you replace a start capacitor with 300 MFD with one with 600 MFD?
Capacitor values can vary by 30% or so, but not double. The larger cap would draw too much current, possibly overheating.
How the capacitor valve calculate for a for a load?
I assume that you are asking how to calculate the 'value' of a capacitor? Well, it depends what it is used for. If, for example, it is used to improve the power factor of a load, then it is first necessary to determine what the load's existing reactive power is; then, you need to know what reactive power is necessary with the power factor at its desired value; finally you need to difference between the actual and the desired values of reactive power -and this will be the necessary value for the capacitor. Power factor correction capacitors are rated in reactive volt amperes, not farads.
What are the capacitor effects on a single phase induction motor?
As anything to do with timing values for an electronic system of controlling a motor. Based on the question, the simple answer is that the capacitor causes a 90 degree lead which allows the motor to have a magnetic shift which causes the motor to start rotation.
Can you use a 100 mfd in place of a 60 mfd 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.
What refueling method is used when the capacitance values exceed corresponding maximum capacitance values?
discharged the capacitor
What two facctors determine the capacitive reactance of a capacitor?
The two factors that determine the capacitive reactance of a capacitor are the frequency of the AC voltage applied to the capacitor and the capacitance value of the capacitor. At higher frequencies and with larger capacitance values, the capacitive reactance decreases.
Lifelong values of physical education?
what are the lifelong values of physical education
What is difference between electrolytic capacitor and electrostatic capacitor?
Electrolytic capacitors use an electrolyte to create a conductive path, allowing for higher capacitance values and lower cost compared to electrostatic capacitors. Electrostatic capacitors store energy in an electric field between two conductive plates without the need for an electrolyte, leading to lower leakage current and higher stability over time.
How can we calculate the charge on each capacitor in the circuit?
To calculate the charge on each capacitor in the circuit, you can use the formula Q CV, where Q is the charge, C is the capacitance of the capacitor, and V is the voltage across the capacitor. Simply plug in the values for capacitance and voltage for each capacitor in the circuit to find the charge on each one.
What is the difference between values and tradition?
what is the difference between the values and tradition
What is the difference between modern values and traditional values?
the difference is that back then values wernt worth alot and now they are the difference is that back then values wernt worth alot and now they are
Does a capacitor come in different sizes?
Yes, capacitors come in various sizes, both in terms of physical dimensions and capacitance values. They can range from tiny surface-mount capacitors used in electronic circuits to large capacitor banks used in power systems. The size and type depend on the application, voltage rating, and capacitance needed for the circuit.
What are the difference between successive values on a scale?
The difference between the successive values on a scale is an interval.
How do you differentiate a start capacitor from a run capacitor in air conditioner?
If the air conditioner has both, the run capacitor is likely the largest one. The start capacitor will only be in the circuit for a very short time, so overheating doesn't become an issue. The run capacitor must be sized for continual use.
How are chemical properties of matter characterized?
Correct characterization of matter chemical properties is possible by experimental studies; but theoretical methods exist for the approximate calculation the values for some chemical and physical properties.
What are the values that you will get out of learning physical fitness?
components of physical fitness
