LITEON MOC30x Triac Output Photocouplers
LITEON MOC30x Triac Output Photocouplers are designed for reliable optoelectronic isolation and efficient triggering of triacs in AC power control applications. These LITEON devices feature a photodiode optically coupled to a triac driver, enabling zero-cross or random-phase switching depending on the model. With input-output isolation voltages up to 5000VRMS and compliance with safety standards like UL and VDE, these MOC30x photocouplers are ideal for interfacing microcontrollers with AC loads such as lamps, motors, and heaters. Other benefits include high off-state output terminal voltages (400V, 600V, and 800V) and a high critical rate of rise of off-state voltage (1000V/μs minimum). Compact DIP packaging and a wide operating temperature range enhance versatility in consumer and industrial electronics.Features
- 5000VRMS isolation voltage between the input and output
- 6-pin DIP zero-cross optoisolators triac driver output
- High critical rate of rise of off-state voltage
- 100V/µs minimum for MOC3020 through MOC3023
- 1000V/µs minimum for MOC305x, MOC306x, and MOC308x
- 400V, 600V, or 800V high repetitive peak off-state voltage options
- Dual-in-line, wide lead spacing, surface mount, and tape and reel packaging available
- Moisture Sensitivity Level (MSL) 1
- UL, CSA, FIMKO, and VDE approved
- RoHS compliant
Applications
- AC motor drives
- AC motor starters
- E.M. contactors
- Lighting controls
- Solenoid/valve controls
- Solid-state relays
- Static power switches
- Temperature controls
Specifications
- Input
- 50mA maximum forward current
- 6V maximum reverse voltage
- 70mW to 120mW maximum power dissipation range
- 250mW or 330mW maximum total power dissipation
- 5000VRMS maximum isolation voltage
- -40°C to +110°C maximum operating temperature range
- Output
- 400V, 600V, or 800V maximum off-state output terminal voltage options
- 1A maximum peak repetitive surge current
- 150mW or 300mW maximum collector power dissipation options
- +260°C maximum soldering temperature
Publicado: 2025-08-22
| Actualizado: 2025-09-02
