MOC3041 IC - Zero-Cross Optoisolator Triac Driver IC DIP-8
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Zero-Crossing Detection: The MOC3041 often includes zero-crossing detection, which means it can control loads in synchronization with the AC power waveform, reducing the impact of switching transients.
Output Driver for AC Loads: The photometric output can be used to drive a larger triac, which in turn controls AC loads such as lamps or heaters.
Input Control: The input side of the MOC3041 is driven by a low-voltage control signal, typically from a microcontroller, logic gate, or other low-voltage sources.
High Isolation Voltage: The optoisolation feature provides electrical isolation between the low-voltage and high-voltage sides, enhancing safety in the circuit.
Wide Operating Temperature Range: The IC is designed to operate over a range of temperatures, making it suitable for various environmental conditions.
Standard IC Package: The MOC3041 is typically available in a standard IC package, such as a 6-pin DIP (Dual Inline Package).
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MOC3041 IC - Zero-Cross Optoisolator Triac Driver IC DIP-8
Available:In Stock
- Product SKU: INTEG028
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Specification
Description
The MOC3041 is an optoisolator IC (Integrated Circuit) that includes a photometric output and is designed for interfacing low-voltage control signals with high-voltage AC loads.Here are some key Features and Characteristics of the MOC3041:
Optoisolator with Phototriac Output: The MOC3041 is an optoisolator that consists of an input LED (light-emitting diode) and a photometric output. The LED and photometric are optically coupled to provide electrical isolation between the input and output.Zero-Crossing Detection: The MOC3041 often includes zero-crossing detection, which means it can control loads in synchronization with the AC power waveform, reducing the impact of switching transients.
Output Driver for AC Loads: The photometric output can be used to drive a larger triac, which in turn controls AC loads such as lamps or heaters.
Input Control: The input side of the MOC3041 is driven by a low-voltage control signal, typically from a microcontroller, logic gate, or other low-voltage sources.
High Isolation Voltage: The optoisolation feature provides electrical isolation between the low-voltage and high-voltage sides, enhancing safety in the circuit.
Wide Operating Temperature Range: The IC is designed to operate over a range of temperatures, making it suitable for various environmental conditions.
Applications:
Common applications include controlling AC loads in dimmer circuits, motor control, and other applications where electrical isolation is necessary.Standard IC Package: The MOC3041 is typically available in a standard IC package, such as a 6-pin DIP (Dual Inline Package).
Features
- Opto-isolator with Zero-Crossing Triac Driver
- Input LED Diode Forward Voltage: 1.3V
- LED Forward Trigger Current: 15mA
- TRIAC output terminal voltage: 400V (max)
- TRIAC peak output current: 1A
- Available as 6-pin PDIP with and without M-suffix
Applications
- AC Light dimmers
- Contactor / Relay Control
- AC motor speed control
- Noise coupling circuits
- Controlling AC loads using MCU/MPU
- Ac/DC Power control
- Solenoid / Valve control
Physical Attributes
- Length * Width * Height (mm): 9 x 8 x 7
- Weight (gm) : 2
Documentation
Package Includes
- 1 x MOC3041 IC - Zero-Cross Optoisolator Triac Driver IC DIP-8
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