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The main task of an optocoupler in electronic devices is the electrical separation and the interference suppression of the signal. This is necessary in a large number of applications, ranging from power supply and motor control to data communication and data processing. Optocouplers eliminate all kinds of electromagnetic interferences. One achieves a secure signal separation.
rohs_status | Compliant |
data_rate | 4.00 kbps |
case_package | DIP |
lead_free_status | Lead Free |
reach_svhc_compliance | No SVHC |
rise_time | 20.0 µs |
mounting_style | Through Hole |
isolation_voltage | 3.75 kV |
packaging | Tube |
input_voltage_dc | 4.90 V |
input_current | 3.70 mA |
output_voltage | 20.0 V |
output_current | 30.0 mA |
pin_count | 8 |
number_of_channels | 1 |
No. of Channels | 1Channels |
Optocoupler Case Style | DIP |
No. of Pins | 8Pins |
Forward Current If Max | - |
Isolation Voltage | 3.75kV |
CTR Min | - |
Collector Emitter Voltage V(br)ceo | 20V |
Packaging | Each |
Product Range | - |
SVHC | No SVHC (12-Jan-2017) |
Approval Bodies | CSA, UL |
CMR | 4000V/µs |
Data Rate | 4Kbps |
Input Current | 3.7mA |
Operating Temperature Max | 85°C |
Operating Temperature Min | -40°C |
Operating Temperature Range | -40°C to +85°C |
Optocoupler Output Type | Photodarlington |
Optocoupler Type | Logic Gate Output |
Output Current | 30mA |
Output Voltage | 20V |
Test Voltage | 3000V |
Threshold Current If on | 2.5mA |
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