Bridge Rectifiers
Order No.:
62A206
Manufacturer SKU:
KBPC2504F
Order No.:
62A568
Manufacturer SKU:
DB35-16


Order No.:
60A960
Manufacturer SKU:
GBU8K
Order No.:
62A556
Manufacturer SKU:
DB35-04
Order No.:
04S8047
Manufacturer SKU:
GBPC3508-E4/51
Order No.:
04S9449
Manufacturer SKU:
GBPC608-E4/51
Order No.:
09S4285
Manufacturer SKU:
KBPC5001FP
Order No.:
09S4293
Manufacturer SKU:
KBPC601
Order No.:
09S4295
Manufacturer SKU:
KBPC604
Order No.:
21S4431
Manufacturer SKU:
CD-DF410S


Order No.:
51A600
Manufacturer SKU:
B40C800SD


Order No.:
60A530
Manufacturer SKU:
S40
Order No.:
60A590
Manufacturer SKU:
B500S15A


Order No.:
60A658
Manufacturer SKU:
B380C1500A


Order No.:
60A660
Manufacturer SKU:
B500C1500A
Order No.:
60A878
Manufacturer SKU:
B380C7000-4000A


Order No.:
60A910
Manufacturer SKU:
GBU6A


Order No.:
60A912
Manufacturer SKU:
GBU6B


Order No.:
60A958
Manufacturer SKU:
GBU8J
Order No.:
62A108
Manufacturer SKU:
KBPC806
Comparison of single-phase and three-phase bridge rectifiers
Bridge rectifiers are used, for example, in power supplies of electronic devices. In simple terms, they are used to rectify AC voltages. Bridge rectifiers consist of two diodes connected in parallel, usually made of silicon. A common distinction is made between single-phase and three-phase bridge rectifiers. The difference: three-phase bridge rectifiers have a smaller ripple voltage than rectifiers with single-phase AC voltage. They are fed with three AC voltages that are out of phase, with otherwise the same power and filtering.