MOC3041 Triac Driven Optocoupler IC [MOC-3041 - EOC 3041]

MOC3041 Triac Driven Optocoupler IC with Zero-Crossing Detection

The MOC3041 is a Triac Driven Optocoupler IC. It incorporates zero-crossing detection. This component provides electrical isolation between input and output circuits. It is an optoisolator designed for AC load control. The integrated zero-crossing feature reduces electrical noise and interference. Signal transmission occurs via LEDs and phototransistors without direct electrical connections. The device is supplied in a DIP-6 package. It supports integration into various PCB layouts. The MOC3041 is specified for AC load switching applications.

Specifications:

• Triac Operating Mode: Zero-crossing detection
• Input LED Forward Voltage (Vf): 1.3V (typ)
• LED Forward Trigger Current (Ift): 15mA (max)
• Maximum Off-State Output Voltage (VDRM): 400V
• Peak Output Current (ITSM): 1A
• Isolation Voltage: 5000Vrms
• Operating Temperature Range: -40°C to +85°C
• Package Type: DIP-6
• Brand: Various (Fairchild, UTC, ON, Everlight)

Key features and benefits:

• Zero-crossing detection for AC load switching.
• Electrical isolation between control and power circuits.
• Triac driver output for power TRIACs.
• DIP-6 package for PCB integration.
• Optoisolator for signal transmission without direct electrical connections.
• Minimizes electrical noise and interference during switching.
• Supports AC load control applications.

Applications:

• AC load switching in home automation systems.
• Industrial control systems.
• Dimmable lighting control and fan speed regulation.
• Motor control for HVAC systems.
• Electrical isolation and noise suppression.

Frequently Asked Questions:

Q: What is the pinout for the MOC3041 DIP-6 package?
A: The MOC3041 is typically supplied in a standard DIP-6 package. Pin 1 is Anode, Pin 2 is Cathode, Pins 3, 4, 5 are No Connection, and Pin 6 is the Output Terminal.

Q: Can the MOC3041 be used with non-zero crossing TRIACs?
A: The MOC3041 is designed with an integrated zero-crossing detection circuit. It is intended for use with zero-crossing TRIACs to minimize electrical noise during switching.

Q: What is the maximum AC load voltage the MOC3041 can control?
A: The MOC3041 has a Maximum Off-State Output Voltage (VDRM) of 400V. This indicates the maximum peak AC voltage it can block in the off-state.

Package Includes:

*Image shown is a representation only.

Note: Contact sales(at)electroncomponents.com for bulk enquiry & get best price!