Tekninen Dokumentti
Tekniset tiedot
Merkki
VishayProduct Type
Optocoupler
Mount Type
Surface
Output Type
Phototransistor
Maximum Forward Voltage
1.65V
Packaging
Tape & Reel
Number of Channels
1
Number of Pins
4
Package Type
Surface Mount
Input Current Type
DC
Typical Rise Time
4.6μs
Maximum Input Current
60mA
Isolation Voltage
5.3kVrms
Minimum Operating Temperature
-55°C
Maximum Current Transfer Ratio
125%
Maximum Operating Temperature
110°C
Minimum Current Transfer Ratio
63%
Typical Fall Time
15μs
Standards/Approvals
IEC, UL, CSA, EN
Series
VO
Automotive Standard
No
Tuotetiedot
Vishay low input current optocoupler with a phototransistor output VO615A, VO617A, VO618A series protect equipment users from electrical shocks and protect the microprocessors within these systems from being damaged by voltage spikes.
Varastotiedot eivät ole tilapäisesti saatavilla.
€ 16,00
€ 0,16 kpl (toimitus kelassa) (ilman ALV)
€ 20,08
€ 0,201 kpl (toimitus kelassa) (Sis ALV:n)
Tuotantopakkaus (Kela)
100
€ 16,00
€ 0,16 kpl (toimitus kelassa) (ilman ALV)
€ 20,08
€ 0,201 kpl (toimitus kelassa) (Sis ALV:n)
Varastotiedot eivät ole tilapäisesti saatavilla.
Tuotantopakkaus (Kela)
100
| Määrä | Yksikköhinta | Per Kela |
|---|---|---|
| 100 - 240 | € 0,16 | € 1,60 |
| 250 - 490 | € 0,151 | € 1,51 |
| 500 - 990 | € 0,143 | € 1,43 |
| 1000+ | € 0,136 | € 1,36 |
Tekninen Dokumentti
Tekniset tiedot
Merkki
VishayProduct Type
Optocoupler
Mount Type
Surface
Output Type
Phototransistor
Maximum Forward Voltage
1.65V
Packaging
Tape & Reel
Number of Channels
1
Number of Pins
4
Package Type
Surface Mount
Input Current Type
DC
Typical Rise Time
4.6μs
Maximum Input Current
60mA
Isolation Voltage
5.3kVrms
Minimum Operating Temperature
-55°C
Maximum Current Transfer Ratio
125%
Maximum Operating Temperature
110°C
Minimum Current Transfer Ratio
63%
Typical Fall Time
15μs
Standards/Approvals
IEC, UL, CSA, EN
Series
VO
Automotive Standard
No
Tuotetiedot
Vishay low input current optocoupler with a phototransistor output VO615A, VO617A, VO618A series protect equipment users from electrical shocks and protect the microprocessors within these systems from being damaged by voltage spikes.