Bridge Rectifiers
Order No.:
04S8015
Manufacturer SKU:
GBPC1504-E4/51
Order No.:
07S1302
Manufacturer SKU:
MB1S
Order No.:
07S3106
Manufacturer SKU:
KBU4G
Order No.:
07S3222
Manufacturer SKU:
GBU6B
Order No.:
07S3311
Manufacturer SKU:
DF01S
Order No.:
21S4431
Manufacturer SKU:
CD-DF410S
Order No.:
52A125
Manufacturer SKU:
B80D
Order No.:
60A534
Manufacturer SKU:
S125
Order No.:
60A580
Manufacturer SKU:
B40S
Order No.:
60A650
Manufacturer SKU:
B40C1500A
Order No.:
60A680
Manufacturer SKU:
B500C1500B
Order No.:
60A700
Manufacturer SKU:
B40R
Order No.:
60A800
Manufacturer SKU:
B40C3700-2200A
Order No.:
60A830
Manufacturer SKU:
B40C5000-3300A
Order No.:
60A870
Manufacturer SKU:
B40C7000-4000A
Order No.:
60A910
Manufacturer SKU:
GBU6A
Order No.:
60A952
Manufacturer SKU:
GBU8B
Order No.:
60A982
Manufacturer SKU:
GBU12B
Order No.:
62A102
Manufacturer SKU:
KBPC801
Order No.:
62A202
Manufacturer SKU:
KBPC10/15/2501FP
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.