一般負載分為三大類﹐及電阻性負載（如燈泡）﹑電容性負載（如交換式電源供

一般負載分為三大類﹐及電阻性負載（如燈泡）﹑電容性負載（如交換式電源供應器）及電感性負載（如電風扇）﹒對正弦波而言﹐此三類負載均可使用﹐但就不斷電系統而言﹐不建議使用在電感性負載上﹐因為感性負載的起動電流較大﹐會縮短電子零件之壽命﹐除了起動電流較大外﹐感性負載的反電動勢更是階梯波的致命傷﹒至于電容性負載﹐則需要較高的峰值電壓來驅動﹐而階梯波的產品恰好有高峰值的特性﹐但因階梯波有階波成份﹐對某些儀器而言會因為階波干扰而產生讀值錯誤或誤動作﹒

結果 (英文) 1:

Generally divided into three categories load and a resistive load (e.g., lamp) ﹑ capacitive load (such as switching power supplies) and the inductive load (e.g., fans). Sine wave, the three types of load can be used for this, but not in terms of system power failure is not recommended for use on inductive loads, because the starting current inductive load is large, will shorten the life of electronic components, in addition to start high current, the inductive load counter electromotive force is stepped wave of fatal injury. As for capacitive load, you need a higher peak voltage to drive, while the staircase has exactly the characteristics of the product peak value, but the staircase there is order wave components, because of order wave interference generated by reading of some instruments in terms of value error or malfunction.

結果 (英文) 2:

General loads are divided into three main categories, and resistive loads (e.g. light bulbs), capacitive loads (e.g. switching power supply) and inductive loads (e.g. electric fans). For sine waves, these three types of loads can be used, but for non-power-off systems, it is not recommended to use on inductive loads because the starting current of the inductive load is large. Will shorten the life of electronic parts, in addition to the starting current is large, the inductive load of the anti-electric potential is the fatal injury of the ladder wave. As for the capacitive load, a higher peak voltage is required to drive, and the product of the step wave happens to have high peak characteristics, but because the step wave has the components of the step wave, For some instruments, misreading or mismovement can occur due to step interference.

結果 (英文) 3:

General load is divided into three categories, and resistive load (such as bulb), capacitive load (such as switching power supply) and inductive load (such as electric fan) · for sine wave, these three types of load can be used, but for continuous power system, it is not recommended to use on inductive load, because the starting current of inductive load is large, which will shorten the life of electronic parts In addition to the large starting current, the back EMF of the inductive load is the fatal injury of the step wave. As for the capacitive load, it needs higher peak voltage to drive, and the step wave product just has the characteristics of high peak value, but because the step wave has the step wave component, for some instruments, it may cause reading error or misoperation due to the step wave interference