Код

Типономинал

Фирма

Функция

Особенности

Цоколевка

1

2

BDD

SMCJ5.0C

VISH

VS

V_BR(I_Τ=10.ОмА)=6.40…7.55В;VWM=5.0B; Ipp=156.2A

x

x

BDE

SMCJ5.0CA

VISH

VS

V_BR(I_Τ=10.ОмА)=6.40…7.25В;VWM=5.0B; Ipp=163.0A

x

x

BDF

SMCJ6.0C

VISH

VS

V_BR(I_Τ=10.ОмА)=6.67…8.45В;VWM=6.0B; Ipp=131.6A

x

x

BDG

SMCJ6.0CA

VISH

VS

V_BR(I_Τ=10.ОмА)=6.67…7.67В;VWM=6.0B; Ipp=145.6A

x

x

BDH

SMCJ6.5C

VISH

VS

V_BR(I_Τ=10.ОмА)=7.22…9.14В;VWM=6.5B; Ipp=122.0A

x

x

BDK

SMCJ6.5CA

VISH

VS

V_BR(I_Τ=10.ОмА)=7.22…8.30В;VWM=6.5B; Ipp=133.9A

x

x

BDL

SMCJ7.0C

VISH

VS

V_BR(I_Τ=10.ОмА)=7.78…9.86В;VWM=7.0B; Ipp=112.8A

x

x

BDM

SMCJ7.0CA

VISH

VS

V_BR(I_Τ=10.ОмА)=7.78…8.95В;VWM=7.0B; Ipp=125.0A

x

x

BDN

SMCJ7.5C

VISH

VS

V_BR(I_Τ=1.0ОмА)=8.33…10.80В;VWM=7.5B; Ipp=104.9A

x

x

BDP

SMCJ7.5CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=8.33…9.58В;VWM=7.5B; Ipp=116.3A

x

x

BDQ

SMCJ8.0C

VISH

VS

V_BR(I_Τ=1.0ОмА)=8.89…11.30В;VWM=8.0B; Ipp=100.0A

x

x

BDR

SMCJ8.0CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=8.89…10.23В;VWM=8.0B; Ipp=110.3A

x

x

BDS

SMCJ8.5C

VISH

VS

V_BR(I_Τ=1.0ОмА)=9.44…11.92В;VWM=8.5B; Ipp=94.3A

x

x

BDT

SMCJ8.5CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=9.44…10.82В;VWM=8.5B; Ipp=104.2A

x

x

BDU

SMCJ9.0C

VISH

VS

V_BR(I_Τ=1.0ОмА)=10.00…12.80В;VWM=9.0B; Ipp=88.7A

x

x

BDV

SMCJ9.0CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=10.00…11.50В;VWM=9.0B; Ipp=97.4A

x

x

BDW

SMCJ10C

VISH

VS

V_BR(I_Τ=1.0ОмА)=11.10…14.10В;VWM=10.0B; Ipp=79.8A

x

x

BDX

SMCJ10CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=11.10…12.80В;VWM=10.0B; Ipp=88.2A

x

x

BDY

SMCJ11C

VISH

VS

V_BR(I_Τ=1.0ОмА)=12.20…15.40В;VWM=11.0B; Ipp=74.6A

x

x

BDZ

SMCJ11CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=12.20…14.40В;VWM=11.0B; Ipp=82.4A

x

x

BED

SMCJ12C

VISH

VS

V_BR(I_Τ=1.0ОмА)=13.30…16.90В;VWM=11.0B; Ipp=68.2A

x

x

BEE

SMCJ12CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=13.30…15.30В;VWM=11.0B; Ipp=75.3A

x

x

BEF

SMCJ13C

VISH

VS

V_BR(I_Τ=1.0ОмА)=14.40…18.20В;VWM=13.0B; Ipp=63.0A

x

x

BEG

SMCJ13CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=14.40…16.50В;VWM=13.0B; Ipp=69.7A

x

x

BEH

SMCJ14C

VISH

VS

V_BR(I_Τ=1.0ОмА)=15.60…19.80В;VWM=14.0B; Ipp=58.1A

x

x

BEK

SMCJ14CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=15.60…17.90В;VWM=14.0B; Ipp=64.7A

x

x

BEL

SMCJ15C

VISH

VS

V_BR(I_Τ=1.0ОмА)=16.70…21.10В;VWM=15.0B; Ipp=55.8A

x

x

BEM

SMCJ15CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=16.70…19.20В;VWM=15.0B; Ipp=61.5A

x

x

BEN

SMCJ16C

VISH

VS

V_BR(I_Τ=1.0ОмА)=17.80…22.60В;VWM=16.0B; Ipp=52.1A

x

x

BEP

SMCJ16CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=17.80…20.50В;VWM=16.0B; Ipp=57.7A

x

x

BEQ

SMCJ17C

VISH

VS

V_BR(I_Τ=1.0ОмА)=18.90…23.90В;VWM=17.0B; Ipp=49.2A

x

x

BER

SMCJ17CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=18.90…21.70В;VWM=17.0B; Ipp=53.3A

x

x

BES

SMCJ18C

VISH

VS

V_BR(I_Τ=1.0ОмА)=20.00…25.30В;VWM=18.0B; Ipp=46.6A

x

x

BET

SMCJ18CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=20.00…23.30В;VWM=18.0B; Ipp=51.4A

x

x

BEU

SMCJ20C

VISH

VS

V_BR(I_Τ=1.0ОмА)=22.20…28.10В;VWM=20.0B; Ipp=41.9A

x

x

BEV

SMCJ20CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=22.20…25.50В;VWM=20.0B; Ipp=46.3A

x

x

BEW

SMCJ22C

VISH

VS

V_BR(I_Τ=1.0ОмА)=24.40…30.90В;VWM=22.0B; Ipp=38.1A

x

x

BEX

SMCJ22CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=24.40…28.00В;VWM=22.0B; Ipp=42.2A

x

x

BEY

SMCJ24C

VISH

VS

V_BR(I_Τ=1.0ОмА)=26.70…38.80В;VWM=24.0B; Ipp=34.9A

x

x

BEZ

SMCJ24CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=26.70…30.70В;VWM=24.0B; Ipp=38.6A

x

x

BFD

SMCJ26C

VISH

VS

V_BR(I_Τ=1.0ОмА)=28.90…36.80В;VWM=26.0B; Ipp=32.2A

x

x

BFE

SMCJ26CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=28.90…33.20В;VWM=26.0B; Ipp=35.6A

x

x

BFF

SMCJ28C

VISH

VS

V_BR(I_Τ=1.0ОмА)=31.10…39.40В;VWM=28.0B; Ipp=30.0A

x

x

BFG

SMCJ28CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=31.10…35.80В;VWM=28.0B; Ipp=33.0A

x

x

BFH

SMCJ30C

VISH

VS

V_BR(I_Τ=1.0ОмА)=33.30…42.40В;VWM=30.0B; Ipp=28.0A

x

x

BFK

SMCJ30CA

VISH

VS

V_BR(I_Τ=1.0ОмА)=33.30…38.30В;VWM=30.0B; Ipp=31.0A

x

x

BFL

SMCJ33C

VISH

VS

V_BR(I_Τ=1.0ОмА)=36.70…46.90В;VWM=33.0B; Ipp=25.2A

x

x