Technical Documents
Specifications
Brand
VishayMount Type
Surface
Product Type
Optocoupler
Maximum Forward Voltage
1.6V
Packaging
Tape & Reel
Number of Channels
1
Number of Pins
4
Package Type
SOP
Input Current Type
DC
Typical Rise Time
3μs
Maximum Input Current
60mA
Isolation Voltage
3.75kVrms
Minimum Operating Temperature
-55°C
Logic Output
Yes
Maximum Operating Temperature
110°C
Maximum Current Transfer Ratio
600%
Minimum Current Transfer Ratio
50%
Typical Fall Time
3μs
Standards/Approvals
CQC GB8898-2011, cUL, DIN EN 60747-5-5 (VDE 0884-5), EN 60950-1, FIMKO EN 60065, GB4943.1-2001, UL1577
Series
VOM
Automotive Standard
No
Country of Origin
China
Product Details
Vishay low input current optocoupler with a phototransistor output VOM617A and VOM618A series protect equipment users from electrical shocks and protect the microprocessors within these systems from being damaged by voltage spikes.
Stock information temporarily unavailable.
SR 100.00
SR 2.00 Each (Supplied on a Reel) (ex VAT)
SR 115.00
SR 2.30 Each (Supplied on a Reel) (inc. VAT)
Production pack (Reel)
50
SR 100.00
SR 2.00 Each (Supplied on a Reel) (ex VAT)
SR 115.00
SR 2.30 Each (Supplied on a Reel) (inc. VAT)
Stock information temporarily unavailable.
Production pack (Reel)
50
Technical Documents
Specifications
Brand
VishayMount Type
Surface
Product Type
Optocoupler
Maximum Forward Voltage
1.6V
Packaging
Tape & Reel
Number of Channels
1
Number of Pins
4
Package Type
SOP
Input Current Type
DC
Typical Rise Time
3μs
Maximum Input Current
60mA
Isolation Voltage
3.75kVrms
Minimum Operating Temperature
-55°C
Logic Output
Yes
Maximum Operating Temperature
110°C
Maximum Current Transfer Ratio
600%
Minimum Current Transfer Ratio
50%
Typical Fall Time
3μs
Standards/Approvals
CQC GB8898-2011, cUL, DIN EN 60747-5-5 (VDE 0884-5), EN 60950-1, FIMKO EN 60065, GB4943.1-2001, UL1577
Series
VOM
Automotive Standard
No
Country of Origin
China
Product Details
Vishay low input current optocoupler with a phototransistor output VOM617A and VOM618A series protect equipment users from electrical shocks and protect the microprocessors within these systems from being damaged by voltage spikes.