Documente tehnice
Specificatii
Marca
BroadcomRata maxima de date
50Mbit/s
Lungimea de unda a sensibilitatii de varf
685nm
Number of Pins
6
Timp montare
Through Hole
Dimensiuni
18.1 x 12.2 x 18.9mm
Inaltime
18.9mm
Lungime
18.1mm
Latime
12.2mm
Serie
AFBR
Output Signal Type
TTL
Detalii produs
AFBR-26x4Z/25x9Z Series Fibre Optic Receivers
The AFBR-26x4Z/25x9Z Series, from Avago Technologies, consists of fibre optic receivers for 1mm POF (polymer optical fibre). These fibre optic receivers are compatible with the TTL logic families. The AFBR-26x4Z/25x9Z 4-pin devices consist of a digitalising IC containing an integrated photodiode to produce a logic compatible output level. Packaged in Versatile Link housing, these components can be interlocked, minimising the space required. Suitable applications include industrial control and factory automation, high voltage isolation and elimination of ground loops.
Fibre Optics, Avago Technologies
Informatii indisponibile despre stoc
Incercati din nou mai tarziu
€ 21,06
Each (In a Tube of 200) (fara TVA)
€ 25,061
Each (In a Tube of 200) (cu TVA)
200
€ 21,06
Each (In a Tube of 200) (fara TVA)
€ 25,061
Each (In a Tube of 200) (cu TVA)
200
Documente tehnice
Specificatii
Marca
BroadcomRata maxima de date
50Mbit/s
Lungimea de unda a sensibilitatii de varf
685nm
Number of Pins
6
Timp montare
Through Hole
Dimensiuni
18.1 x 12.2 x 18.9mm
Inaltime
18.9mm
Lungime
18.1mm
Latime
12.2mm
Serie
AFBR
Output Signal Type
TTL
Detalii produs
AFBR-26x4Z/25x9Z Series Fibre Optic Receivers
The AFBR-26x4Z/25x9Z Series, from Avago Technologies, consists of fibre optic receivers for 1mm POF (polymer optical fibre). These fibre optic receivers are compatible with the TTL logic families. The AFBR-26x4Z/25x9Z 4-pin devices consist of a digitalising IC containing an integrated photodiode to produce a logic compatible output level. Packaged in Versatile Link housing, these components can be interlocked, minimising the space required. Suitable applications include industrial control and factory automation, high voltage isolation and elimination of ground loops.