铝电解电容器设计自动计算公式

,,,,,,,,,,,铝电解电容器设计计算公式,,,,,

警告：红色字体为公式计算结果不得随意更改，,,,,,,,,,,,,,,,,

以满容量核算正常箔计算,,,,,,,,,,,,,,,,

正箔比容,,102.000,102.000,uF/cm²,,电压V100,,,,,,,,正箔比容,102.000,uF/cm²

负箔比容,,450,450,uF/cm²,,,,,,,,,,负箔比容,450,uF/cm²

标称容量CR,,470,470,uF,,"以下输入任意长度，变化

需求容量",,,,,,,,标称容量CR,470,uF

正箔宽度W正,,6.5,6.5,mm,,,,,,,,,,正箔宽度W正,6.5,mm

试片系数Kis,,1.000000,1.000000,,,"调整正箱长度

(mm)",,72,72,72,"调整容量的百

分比%",,,试片系数Kis,90%,

正箔长度L,,86.960000,86.960000,mm,,,,,,,,,,正箔长度L,78.26,mm

核算实际容量,,470.000000,470.000000,uF,,实际容量uF,,389.15,389.15,389.15,82.8%,82.8%,,核算实际容量,423.00,uF

正箔单颗面积,,0.000565,0.000565,平方米,,,,,,,,,,正箔单颗面积,0.000509,平方米

,,,,,,,,,,,,,,ESR=DF÷2÷3.14÷100÷容量×10⁶,,

M('-20+20%),,,,3000H以上品,,,,LC(uA),,,,,,容量,10,uF.

"容量下限

-18%",,容量上限+18%,,"容量下限

-15%",,容量上限+18%,,漏电流0.005,,,漏电流0.003,,,DF,0.16,以小数点描述

385.4,385.4,554.60,554.60,399.5,,554.6,554.6,235,235,235,141,141,,ESR,25.477707,mQ

,,,,,,,,,,,,,,,,

正箔单价(元/平方米),,,,订单数量(kpcs),,,,需求正箔面积(m²),,,,,,按照100%核算成本,,

,,,,,,,,,,,,,,单个产品正箔成本(元),,总订单反

29,29,,,10,,,,6,,,,,,¥0.02,,¥163

现有正箔面积(m²),,,,可生产数量(pcs),,,,需生产数量,,,,,,需要正箔面积(m²),,

183,183,,,323763,,,,40000,40000,40000,,,,23,,

黑色字体可以随意改动。,,,,,,,,,,,,,,,,

直径Φ,系数,,"负箔长度

mm","负箔面积

cm2","电解纸数

系数",,电解纸长,,"正箔极

限长","产品脚

距",,,,,,

5,12.00,,99,0.00064,10.00,,248,,45,1.5,,,,,,

6.3,12.00,,99,0.00064,10.00,,261,,83,2,,,,,,

8,15.00,,102,0.00066,10.00,,284,,130,3.5,,,,,,

10,20.00,,107,0.00070,10.00,,314,,220,5,,,,,,

13,30.00,,117,0.00076,10.00,,364,,380,5,,,,,,

16,35.00,,122,0.00079,10.00,,404,,600,7.5,,,,,,

18,40.00,,127,0.00083,10.00,,434,,900,7.5,,,,,,

22,45.00,,132,0.00086,10.00,,484,,1400,10,,,,,,

25,50.00,,137,0.00089,10.00,,524,,1500,10,,,,,,

30,55.00,,142,0.00092,10.00,,584,,2000,,,,,,,

35,60.00,,147,0.00096,10.00,,644,,3300,,,,,,,

,,,,,,,,,,,,,,,,,

,,按照90%核算成本,,,,,,,,,,,,,,

成本,,单个产品正箔成本(元),,,,总订单成本(元),,,,,,,,,,

8.92,,¥0.01,,,,¥147.52,,,,,,,,,,

备注：,,,,,,,,,,,,,,,,

"①Cvc:IPQC实测负箔的最小容量值；

②Cg:标称容量；",,,,,,,,,,,,,,,,

"③W正：正箔宽度(mm);

④W负