Examples of using Factor correction in English and their translations into Serbian
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Converters for power factor correction.
Power factor correction of linear loads.
Converters for power factor correction.
The power factor correction significantly reduces the distortion.
Active filters for power factor correction.
Power factor correction may be applied by an electric power transmission utility to improve the stability and efficiency of the network.
Active filters for power factor correction.
In the power plant containing power factor correction capacitors, harmonic currents and voltages can be magnified considerably due to the interaction of the capacitors with the service transformer.
Economic advantages of power factor correction.
EPCOS- Power factor correction equipment.
It makes energy more efficient by stepless power factor correction.
In such cases, you can use active orpassive power factor correction to counteract the distortion and raise the power factor. .
A discussion of power system harmonics is incomplete without discussing the effects of power factor correction capacitors.
Many jurisdictions are beginning to legally require power factor correction for all power supplies above a certain power level.
Or is not used duplanje but payments are determined by the previouspayment multiplied by 1.5, 1.7 or some other factor correction, etc.
In such cases, active orpassive power factor correction may be used to counteract the distortion and raise the power factor. .
Switched-mode power supply can be a source of EMI, but have become less of a problem as design techniques have improved,such as integrated power factor correction.
Active and non-active current and power components. Power factor correction by using passive elements.
For a typical plant containing power factor correction capacitors, the resonant frequency(frequency at which amplification occurs) normally falls in the vicinity of the 5th to the 13th harmonic.
Active and non-active current and power components. Power factor correction by using passive elements.
For power factor correction of high-voltage power systems or large, fluctuating industrial loads, power electronic devices such as the Static VAR compensator or STATCOM are increasingly used.
The purpose of this tracking is to improve the power factor, and while this power factor correction is certainly not perfect, it is a big improvement over the first example.
For power factor correction of high-voltage power systems or large, fluctuating industrial loads, power electronic devices such as the Static VAR compensator or STATCOM are seeing increasing use.
AC- represents an alternating current network CON- represents a converter valve, either rectifier or inverter, TR represents a power transformer, DCTL is the direct-current transmission line conductor, DCL is a direct-current filter inductor, BP represents a bypass switch, andPM represent power factor correction and harmonic filter networks required at both ends of the link.
For power quadrant system audio factor correction of high-voltage power systems or large, fluctuating industrial loads, power electronic devices such as the static var compensator or statcom are increasingly used.
With power factor correction and proper transformer design, connection of the heat sink, and filter design, the power supply manufacturer can reduce conducted interference so that the supply can achieve EMI regulatory agency approvals without incurring excessive filtering cost.
Spin stabilizer, correction factor.
For this purpose the correction factor.
If number occurs only once in ref, the correction factor will be 0, since RANK.
This can be done by adding the following correction factor to the value returned by RANK.