Loading...
电 压 供应商
电 流 模型库
选择 型号 电压(Vces) 电流(Icnom) 封装
750 820 FS820R07A120B23424243 HPD
750 820 FS820R07A120B23424243 HPD
仿真时间t(s)
交流电流Iout(A)
输出频率Fac(Hz)
功率因数pf
直流电压Vdc(V)
开关频率Fsw(Hz)
调制方式
part_number
导热介质-Rch(K/kW)
T1/T4 D1/D4
T2/T3 D2/D3
T5/T6 D5/D6
R(K/kW) t(s)
Rha_1
Rha_2
Rha_3
Rha_4
Rha_5
选择散热器
part_number
导热介质-Rch(K/kW)
T1/T4 D1/D4
T2/T3 D2/D3
T5/T6 D5/D6
R(K/kW) t(s)
Rha_1
Rha_2
Rha_3
Rha_4
Rha_5
选择散热器
part_number
导热介质-Rch(K/kW)
T1/T4 D1/D4
T2/T3 D2/D3
T5/T6 D5/D6
R(K/kW) t(s)
Rha_1
Rha_2
Rha_3
Rha_4
Rha_5
选择散热器
part_number
T1/T4-门极电阻
Rgon Rgoff
T5/T6-门极电阻
Rgon Rgoff
T1/T4-电压系数
IGBT FRD
T5/T6-电压系数
IGBT FRD
散热器配置
part_number
T1/T4-门极电阻
Rgon Rgoff
T5/T6-门极电阻
Rgon Rgoff
T1/T4-电压系数
IGBT FRD
T5/T6-电压系数
IGBT FRD
散热器配置
part_number
T1/T4-门极电阻
Rgon Rgoff
T5/T6-门极电阻
Rgon Rgoff
T1/T4-电压系数
IGBT FRD
T5/T6-电压系数
IGBT FRD
散热器配置

静态数据
1 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
2 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
3 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
平均损耗(W)
损耗分布
动态损耗(W)
动态结温(Tvj/℃)

静态数据
1 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
2 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
3 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
平均损耗(W)
损耗分布
动态损耗(W)
动态结温(Tvj/℃)

静态数据
1 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
2 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
3 Module1-2MBI600VX-120-50
IGBT FRD
Econd(W) 12 12
Eon(W) 12 0
Eoff(W) 12 0
Erec(W) 0 0
Etot(W) 0
Tvjmean(℃) 12 0
Tvjmax(℃) 12 0
平均损耗(W)
损耗分布
动态损耗(W)
动态结温(Tvj/℃)