Optocoupler
Order No.:
67S7320
Manufacturer SKU:
MOC3031M
Order No.:
68S1275
Manufacturer SKU:
PC845H
Order No.:
68S1680
Manufacturer SKU:
PC825H
Order No.:
68S3185
Manufacturer SKU:
SFH6106-2T
Order No.:
68S3350
Manufacturer SKU:
SFH600-1
Order No.:
68S3410
Manufacturer SKU:
SFH600-3
Order No.:
68S3442
Manufacturer SKU:
SFH6156-3X001T
Order No.:
68S3550
Manufacturer SKU:
SFH601-2
Order No.:
68S3554
Manufacturer SKU:
SFH628A-2
Order No.:
68S3556
Manufacturer SKU:
SFH628A-3
Order No.:
68S3607
Manufacturer SKU:
SFH608-3
Order No.:
68S3610
Manufacturer SKU:
SFH608-4
Order No.:
68S3645
Manufacturer SKU:
SFH6186-2T
Order No.:
68S3647
Manufacturer SKU:
SFH6186-3T
Order No.:
68S3661
Manufacturer SKU:
SFH6286-4T
Order No.:
68S3666
Manufacturer SKU:
SFH6316-T
Order No.:
68S3726
Manufacturer SKU:
SFH6156-2T
Order No.:
68S5050
Manufacturer SKU:
TIL113M
Order No.:
69S2801
Manufacturer SKU:
VO617A-3
Order No.:
69S2802
Manufacturer SKU:
VO617A-3X017T
Protect your circuits with circuit-breakers!
The optocoupler is used for signal transmission between two galvanically isolated circuits. Electrical input signals are converted into light signals and finally back into electrical signals. In principle, it is possible to transmit both digital and analog signals. Optocouplers are often used in communication, control and monitoring systems.
In contrast to fork couplers and light barriers, optocouplers have opaque housings. Optocouplers usually consist of two main components: an optical transmitter and an optical receiver. Light-emitting diodes and laser diodes usually act as optical transmitters. Photodiodes or phototransistors serve as optical receivers.