4N38ASMT&R
Isocom
Isocom, 4N38ASMT&R Optocoupler. Mounting Type: Surface Mount. Output Device: Phototransistor. Maximum Forward Voltage: 1.5V. Number of Channels: 1. Number of Pins: 6. Package Type: DIP. Input Current Type: DC. Typical Rise Time: 2µs. Maximum Input Current: 80 mA. Isolation Voltage: 5.3 kVrms, 7500 V Pk. Typical Fall Time: 2µs. Minimum Current Transfer Ratio: 0.2.
CNY17-5SMT&R
Isocom
Isocom, CNY17-5SMT&R Optocoupler. Mounting Type: Surface Mount. Output Device: Phototransistor. Maximum Forward Voltage: 1.65V. Number of Pins: 6. Package Type: DIP. Input Current Type: DC. Typical Rise Time: 2µs. Maximum Input Current: 60 mA. Isolation Voltage: 5.3 kVrms. Maximum Current Transfer Ratio: 4.0. Typical Fall Time: 2µs. Minimum Current Transfer Ratio: 2.0.
H11B1SMT&R
Isocom
Isocom, H11B1SMT&R DC Input Photodarlington Output Optocoupler, Surface Mount, 6-Pin DIP. Maximum Forward Voltage: 1.5V. Typical Rise Time: 125µs. Maximum Input Current: 80 mA. Isolation Voltage: 5.3 kVrms, 7500 V Pk. Typical Fall Time: 100µs. Minimum Current Transfer Ratio: 5.0.
H11G1XSMT&R
Isocom
Isocom, H11G1XSMT&R DC Input Darlington Output Optocoupler, Surface Mount, 6-Pin DIP. Maximum Forward Voltage: 1.5V. Typical Rise Time: 100µs. Maximum Input Current: 50 mA. Isolation Voltage: 5.3 kVrms, 7500 V Pk. Typical Fall Time: 20µs. Minimum Current Transfer Ratio: 10.0. Special Features: High Current Transfer Ratio, High Isolation Voltage, Low Dark Current, Low Input Current.
SFH600-0SMT&R
Isocom
Isocom, SFH600-0SMT&R NPN Phototransistor Output Optocoupler, Surface Mount, 6-Pin DIP. Maximum Forward Voltage: 1.65V. Number of Channels: 1. Typical Rise Time: 2µs. Maximum Input Current: 60 mA. Isolation Voltage: 5300 (Minimum) Vrms. Maximum Current Transfer Ratio: 0.8. Typical Fall Time: 11µs. Minimum Current Transfer Ratio: 0.4.
SFH617A-3XSMT&R
Isocom
Isocom, SFH617A-3XSMT&R NPN Phototransistor Output Optocoupler, Surface Mount, 4-Pin DIP. Maximum Forward Voltage: 1.65V. Typical Rise Time: 4µs. Maximum Input Current: 50 mA. Isolation Voltage: 5300 (Minimum) Vrms. Maximum Current Transfer Ratio: 2.0. Typical Fall Time: 3µs. Minimum Current Transfer Ratio: 1.0.
