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burn version v1.5.0
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 1. Add SkinDepth Calculate
 2. Add ResistanceDC Calculate
 3. Add SkineffectFactor Calculate
 4. Add ResistanceAC Calculate
 5. Add Quality factor(Q) Calculate
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@sndnvaps
sndnvaps committed Apr 4, 2019
1 parent ba78d4e commit 9e9f669
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Showing 2 changed files with 189 additions and 33 deletions.
8 changes: 2 additions & 6 deletions README.md
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Expand Up @@ -16,13 +16,9 @@ go-bindata -pkg main -o images_bindata.go images #生成文件为images_bindata
3. 计算次级线圈与初级线圈的耦合系数
4. 计算电弧长度
5. 计算顶端电容（球形，环形顶端电容）
6. 计算品质系数Q

准备添加的功能：

1. 添加计算次级线圈品质系数（Q）的计算功能， 公式为
Q = (2*Pi*f*L)/R



Support platform(Qt 5.11.1)
```
Linux
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214 changes: 187 additions & 27 deletions SecCoilInfo.go
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Expand Up @@ -62,8 +62,8 @@ import (
* s3 = 次级线圈寄生电容 (pf)
* s4 = 在不加均压环的状态下的 谐振频率 (hz)
*/
func SecCoilInfoCal(IFormHight, IFormDiameter, IWireDiameter string) [4]string {
var output [4]string = [4]string{"0.0", "0.0", "0.0", "0.0"} //默认初始化值为全部 0.0
func SecCoilInfoCal(IFormHight, IFormDiameter, IWireDiameter string) [9]string {
var output [9]string = [9]string{"0.0", "0.0", "0.0", "0.0", "0.0", "0.0", "0.0", "0.0", "0.0"} //默认初始化值为全部 0.0
//当三个参数，都不为空的时候
if (strings.Compare(IFormHight, "") != 0) && (strings.Compare(IFormDiameter, "") != 0) && (strings.Compare(IWireDiameter, "") != 0) {
IFormHight_x, _ := strconv.ParseFloat(IFormHight, 32)
Expand All @@ -73,30 +73,43 @@ func SecCoilInfoCal(IFormHight, IFormDiameter, IWireDiameter string) [4]string {
turns := SecCoilTurns(IFormHight_x, IWireDiameter_z) //箍数
Induct := SecInduct(turns, IFormHight_x, IFormDiameter_y) //电感
Cap := SecCap(IFormHight_x, IFormDiameter_y) //电容
Resonant := SecResonant(Cap, Induct)
Resonant := SecResonant(Cap, Induct) //Frequency
skindepth := SkinDepth(Resonant)
resistanceDC := ResitanceDC(IWireDiameter,IFormDiameter,turns)
skinEffectFactor := SkinEffecFactor(IWireDiameter,skindepth)
resistanceAC := ResitanceAC(skinEffectFactor,resistanceDC)

QFactor := SecQFactor(Resonant,Induct,resistanceAC) //Sec Coil Quality Factor

output[0] = turns
output[1] = Induct
output[2] = Cap
output[3] = Resonant
output[4] = skindepth
output[5] = resistanceDC
output[6] = skinEffectFactor
output[7] = resistanceAC
output[8] = QFactor

return output
}
//返回 slice string
return [4]string{"0.0", "0.0", "0.0", "0.0"}
return [9]string{"0.0", "0.0", "0.0", "0.0", "0.0","0.0","0.0", "0.0", "0.0"}
}

/*
*@parame
* FormHight -> 线圈的高度, 单位 cm
* WireDiameter -> 次级线圈的线径, 单位 mm
* Wire spacing = WireDiameter / 10
*@return
* string -> 次级线圈的箍数 （FormHight * 10 / (WireDiameter + 0.01)）* 0.97 //此处的0.97为修正系数，因为考虑的手工绕线的情况
* string -> 次级线圈的箍数 （FormHight * 10 / (WireDiameter + WireDiameter/10)）//此处的0.97为修正系数，因为考虑的手工绕线的情况
*/

func SecCoilTurns(FormHight, WireDiameter float64) string {
MagnetWireDiameter := WireDiameter //毫米
IFormHeight := (FormHight * 10.0) //将厘米转换成 毫米
output := (1 / (MagnetWireDiameter + 0.01)) * IFormHeight * 0.97
output := (1 / (MagnetWireDiameter + MagnetWireDiameter/10 )) * IFormHeight
return fmt.Sprintf("%0.6f", output)
}

Expand All @@ -113,7 +126,7 @@ func SecCap(FormHight, FormDiameter float64) string {
IFormHeight := (float64)(FormHight * 10.0) //将厘米转换成 毫米
IFormDiameter := (float64)(FormDiameter) // 毫米
Radius := IFormDiameter / 2 //线管的半径，单位毫米
cs := 5.08 * Radius / u * (0.0563*((IFormHeight/u)/(Radius/u)) + 0.08 + 0.38*math.Sqrt(1/((IFormHeight/u)/(Radius/u))))
cs := 5.08 * (Radius / u )* (0.0563*((IFormHeight/u)/(Radius/u)) + 0.08 + 0.38*math.Sqrt(1/((IFormHeight/u)/(Radius/u))))
return fmt.Sprintf("%0.6f", cs)
}

Expand Down Expand Up @@ -147,6 +160,93 @@ func SecResonant(SecCap, SecInduct string) string {
output := (float64)(1 / (2 * math.Pi * math.Sqrt((seccap_x*math.Pow(10, -12.0))*(secinduct_y*math.Pow(10, -6.0))))) //谐振频率 (hz)
return fmt.Sprintf("%0.6f", output)
}

/*
*@parame
* Fres -> Frequency of sec coil(hz)
* return
* string -> skin depth (m)
* output = math.Sqrt((0.0179*math.Pow(10,-6)/(math.Pi*math.Pow(10,-7))))*(1/(math.Sqrt(Fres)))
*/
func SkinDepth(Fres string) string {

fres,_ := strconv.ParseFloat(Fres,64)
output := math.Sqrt((0.0179*math.Pow(10,-6))/(4*math.Pi*math.Pi*math.Pow(10,-7)))*(1/(math.Sqrt(fres)))
return fmt.Sprintf("%0.8f", output)
}

/*
*@parame
* WireDia -> mm
* CoilDia -> mm
*
*/
func ResitanceDC(WireDia,CoilDia,Turns string) string {
CoilDia_x, _ := strconv.ParseFloat(CoilDia,64)
Turns_x, _ := strconv.ParseFloat(Turns,64)
WireDia_x, _ := strconv.ParseFloat(WireDia,64)
output := (4*(CoilDia_x/1000)* Turns_x *(0.0179*math.Pow(10,-6)))/((WireDia_x/1000)*(WireDia_x/1000))
return fmt.Sprintf("%0.8f", output)
}


/*
*@parame
* WireDia -> mm
* SiknDepth -> m
*return
* output ->
* if(SkinDepth * 1000) > (WireDia/2) ->= 1
* else
(((WireDia/1000)^2)/(4*(((WireDia/1000)*SkinDepth) - (SkinDepth^2))))
*
*/
func SkinEffecFactor(WireDia,SkinDepth string) string {
WireDia_x, _ := strconv.ParseFloat(WireDia,64)
SkinDepth_x, _ := strconv.ParseFloat(SkinDepth,64)
var output float64 = 0.0
if (SkinDepth_x * 1000) > (WireDia_x/2) {
output = 1.0
} else {
output = math.Pow((WireDia_x/1000.0),2)/(4*(((WireDia_x/1000.0)*SkinDepth_x) - (math.Pow(SkinDepth_x,2))))
}
return fmt.Sprintf("%0.6f", output)
}


/*
*@parame
* skinEffectFactor ->
* resitanceDC-> ohm
*@return
* output -> ohm
*
*/
func ResitanceAC(skinEffectFactor,ResistanceDC string) string {

skineffect, _ := strconv.ParseFloat(skinEffectFactor,64)
resistanceDC, _ := strconv.ParseFloat(ResistanceDC,64)
output := resistanceDC * skineffect * 3
return fmt.Sprintf("%0.4f", output)
}

/*
*@parame
* Fres -> hz
* Induct -> uH
* ResitanceAC -> ohm
*@return
* output -> Quality Factor of Secondaly coil -> Q
* output = (2 * math.Pi * Fres *(Induct/1000000))/ResitanceAC
*/
func SecQFactor(Fres,Induct,ResitanceAC string) string {
fres, _ := strconv.ParseFloat(Fres,64)
induct, _ := strconv.ParseFloat(Induct,64)
resitanceAC, _ := strconv.ParseFloat(ResitanceAC,64)
output := (2 * math.Pi * fres *(induct/1000000))/resitanceAC
return fmt.Sprintf("%0.4f", output)
}

func SecCoilInfoForm() {

label := ui.NewLabel()
Expand All @@ -166,23 +266,48 @@ func SecCoilInfoForm() {

label4 := ui.NewLabel()
label4.SetText("次级箍数")
inputbox4 := ui.NewLineEdit()
inputbox4.SetReadOnly(true)
outputbox1 := ui.NewLineEdit()
outputbox1.SetReadOnly(true)

label5 := ui.NewLabel()
label5.SetText("次级线圈电感(μH)")
inputbox5 := ui.NewLineEdit()
inputbox5.SetReadOnly(true)
outputbox2 := ui.NewLineEdit()
outputbox2.SetReadOnly(true)

label6 := ui.NewLabel()
label6.SetText("次级线圈寄生电容(pf)")
inputbox6 := ui.NewLineEdit()
inputbox6.SetReadOnly(true)
outputbox3 := ui.NewLineEdit()
outputbox3.SetReadOnly(true)

label7 := ui.NewLabel()
label7.SetText("不加均压环的谐振频率(Hz)")
inputbox7 := ui.NewLineEdit()
inputbox7.SetReadOnly(true)
outputbox4 := ui.NewLineEdit()
outputbox4.SetReadOnly(true)

label8 := ui.NewLabel()
label8.SetText("趋肤深度(m)")
outputbox5 := ui.NewLineEdit()
outputbox5.SetReadOnly(true)

label9 := ui.NewLabel()
label9.SetText("次级电阻值(ohm)")
outputbox6 := ui.NewLineEdit()
outputbox6.SetReadOnly(true)

label10 := ui.NewLabel()
label10.SetText("趋肤效应因子")
outputbox7 := ui.NewLineEdit()
outputbox7.SetReadOnly(true)

label11 := ui.NewLabel()
label11.SetText("交变阻抗(ohm)")
outputbox8 := ui.NewLineEdit()
outputbox8.SetReadOnly(true)

label12 := ui.NewLabel()
label12.SetText("Q值(Q)")
outputbox9 := ui.NewLineEdit()
outputbox9.SetReadOnly(true)

//计算结果
CalBtn := ui.NewPushButton()
Expand All @@ -192,10 +317,15 @@ func SecCoilInfoForm() {
//当两个都不为空的时候，弹出显示框
if (strings.Compare(inputBox.Text(), "") != 0) && (strings.Compare(inputBox2.Text(), "") != 0) && (strings.Compare(inputBox3.Text(), "") != 0) {
output := SecCoilInfoCal(inputBox.Text(), inputBox3.Text(), inputBox2.Text())
inputbox4.SetText(output[0])
inputbox5.SetText(output[1])
inputbox6.SetText(output[2])
inputbox7.SetText(output[3])
outputbox1.SetText(output[0])
outputbox2.SetText(output[1])
outputbox3.SetText(output[2])
outputbox4.SetText(output[3])
outputbox5.SetText(output[4])
outputbox6.SetText(output[5])
outputbox7.SetText(output[6])
outputbox8.SetText(output[7])
outputbox9.SetText(output[8])

} else {
messagebox := ui.NewMessageBox()
Expand All @@ -204,10 +334,15 @@ func SecCoilInfoForm() {
inputBox.Clear()
inputBox2.Clear()
inputBox3.Clear()
inputbox4.Clear()
inputbox5.Clear()
inputbox6.Clear()
inputbox7.Clear()
outputbox1.Clear()
outputbox2.Clear()
outputbox3.Clear()
outputbox4.Clear()
outputbox5.Clear()
outputbox6.Clear()
outputbox7.Clear()
outputbox8.Clear()
outputbox9.Clear()
}

})
Expand All @@ -229,19 +364,39 @@ func SecCoilInfoForm() {

hbox5 := ui.NewHBoxLayout()
hbox5.AddWidget(label4)
hbox5.AddWidget(inputbox4)
hbox5.AddWidget(outputbox1)

hbox6 := ui.NewHBoxLayout()
hbox6.AddWidget(label5)
hbox6.AddWidget(inputbox5)
hbox6.AddWidget(outputbox2)

hbox7 := ui.NewHBoxLayout()
hbox7.AddWidget(label6)
hbox7.AddWidget(inputbox6)
hbox7.AddWidget(outputbox3)

hbox8 := ui.NewHBoxLayout()
hbox8.AddWidget(label7)
hbox8.AddWidget(inputbox7)
hbox8.AddWidget(outputbox4)

hbox9 := ui.NewHBoxLayout()
hbox9.AddWidget(label8)
hbox9.AddWidget(outputbox5)

hbox10 := ui.NewHBoxLayout()
hbox10.AddWidget(label9)
hbox10.AddWidget(outputbox6)

hbox11 := ui.NewHBoxLayout()
hbox11.AddWidget(label10)
hbox11.AddWidget(outputbox7)

hbox12 := ui.NewHBoxLayout()
hbox12.AddWidget(label11)
hbox12.AddWidget(outputbox8)

hbox13 := ui.NewHBoxLayout()
hbox13.AddWidget(label12)
hbox13.AddWidget(outputbox9)

vbox := ui.NewVBoxLayout()
vbox.AddLayout(hbox)
Expand All @@ -252,6 +407,11 @@ func SecCoilInfoForm() {
vbox.AddLayout(hbox6)
vbox.AddLayout(hbox7)
vbox.AddLayout(hbox8)
vbox.AddLayout(hbox9)
vbox.AddLayout(hbox10)
vbox.AddLayout(hbox11)
vbox.AddLayout(hbox12)
vbox.AddLayout(hbox13)

widget := ui.NewWidget()
widget.SetLayout(vbox)
Expand Down

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