SLLT227 September 2023 ISOM8110
Example Isolated Flyback Block Diagram Using an Opto-emulatorDesign Considerations
- [FAQ] What is an Opto-emulator?
- [FAQ] Opto-Emulator FAQ's
- [FAQ] What are the benefits of Opto-emulators vs. Optocouplers?
- Allows isolated feedback for power-supply regulation
- Performance upgrade from traditional optocouplers
- Allows tight current transfer ratio (CTR) performance and no light-emitting diode (LED) aging. Uses TI's Silicon Dioxide isolation technology.
- Protects low-voltage parts in a system from high-voltage circuits
- Introduction to Opto-Emulators
- Opto-emulators explained: Why you should upgrade your optocoupler technology
Need additional assistance? Ask our engineers a question on the TI E2E™ Isolation Support Forum.
Recommended Parts
Analog Output Opto-emulators
| Part Number | Input Type | Output Type | VF (MAX) | CTR | Pin-to-Pin Optocouplers |
|---|---|---|---|---|---|
| ISOM8110 | DC Input | Open Collector | 1.4 V | 100% to 155% | HCPL-181 ACPL-217 LTV356T LTV357T TLP185 TLP181 PS2701A PS2811-1 EL816 EL3H7 and more |
| ISOM8111 | 1.4 V | 150% to 230% | |||
| ISOM8112 | 1.4 V | 255% to 380% | |||
| ISOM8113 | 1.4 V | 375% to 560% | |||
| ISOM8115 | Bidirectional DC Input |
1.5 V | 100% to 155% | ||
| ISOM8116 | 1.5 V | 150% to 230% | |||
| ISOM8117 | 1.5 V | 255% to 380% | |||
| ISOM8118 | 1.5 V | 375% to 560% |
To find a pin-to-pin alternative to
the optocouplers in your design, search TI’s cross
reference tool.
For more
opto-emulators, browse through the online parametric tool.