Specifications INPUT DIODEFORWARD DC CURRENTREVERSE DC VOLTAGEPOWER DISSIPATIONOUTPUT ICMAX SUPPLY VOLTAGEPOWER DISSIPATIONOPERATING TEMPSTORAGE TEMPINPUT-TO-OUTPUT ISOLATION VOLTAGELEAD SOLDERING TEMP 2mm from body 5 secs max 100mA5 Volts150mW (ii)7 Volts165mW-40OC TO +70OC-40OC TO +85O...
OPI2000: Specifications INPUT DIODEFORWARD DC CURRENTREVERSE DC VOLTAGEPOWER DISSIPATIONOUTPUT ICMAX SUPPLY VOLTAGEPOWER DISSIPATIONOPERATING TEMPSTORAGE TEMPINPUT-TO-OUTPUT ISOLATION VOLTAGELEAD SOLD...
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INPUT DIODE FORWARD DC CURRENT REVERSE DC VOLTAGE POWER DISSIPATION OUTPUT IC MAX SUPPLY VOLTAGE POWER DISSIPATION OPERATING TEMP STORAGE TEMP INPUT-TO-OUTPUT ISOLATION VOLTAGE LEAD SOLDERING TEMP 2mm from body 5 secs max |
100mA 5 Volts 150mW (ii) 7 Volts 165mW -40OC TO +70OC -40OC TO +85OC + 10KV DC (i) 260OC |
i) Measured with the input leads and output leads shorted together for one min.
ii) Thermal resistance 450 K/W Whilst the devices are capable of operating continually at the noted elevated temperatures users should be aware of the possibility of the need to increase the diode current to trigger the device over long periods at high temperatures & currents.
The OPI2000 High Speed Optically Coupled Isolator consists of a High Speed Infrared emitter coupled to a silicon photo I.C. The OPI2000 unit is designed for applications requiring high voltage isolation between input & output meeting ATEX requirements.
• Surface Mount configuration available .
• 10KV isolation
• High Speed 2Mb/sec.
• Low Propagation Delay