Overview of MOCD223M by onsemi
The MOCD223M is an 8-pin SOIC Darlington output optocoupler designed to provide electrical isolation and signal transfer between circuits with different voltage levels. This component features a dual-channel configuration, making it suitable for applications that require two independent signals. The optocoupler is known for its ability to withstand high isolation voltages up to 2500 V, which is essential for maintaining safety in sensitive electronic systems.
Manufactured by onsemi, the MOCD223M is compliant with industry standards, including UL recognition, which adds to its reliability for various applications. The part operates within a broad temperature range from -40 °C to 100 °C, allowing it to be utilized in environments subjected to extreme conditions. The device has a minimum current transfer ratio of 500% and a nominal current transfer ratio of 1000%, providing strong signal amplification capabilities.
This optocoupler is surface mount (SMD), housed in an SOIC-8 package, which contributes to its compact size and ease of integration in dense circuit layouts. The forward current maximum is 0.06 A, and it exhibits low dark current with a maximum of 50 nA, enhancing its performance in sensitive applications. Additionally, the MOCD223M supports a power dissipation maximum of 0.15 W, indicating its efficiency as a signal isolator.
Industry Applications for MOCD223M
The MOCD223M might find applications in various industries due to its high isolation voltage and dual-channel capability. Below are some potential use cases:
- Industrial Automation: The device could be utilized to isolate control signals from high voltages, ensuring the safety and integrity of the automation systems. In this context, it might be found in programmable logic controllers (PLCs) or signal conditioning systems.
- Telecommunications: The optocoupler may serve as a vital component in data transmission systems, where it could isolate communication signals from noisy environments, potentially enhancing the reliability of network infrastructure.
- Consumer Electronics: The MOCD223M could play a role in various consumer devices that require electrical isolation, such as power adapters or motor control circuits, allowing for safe operation without interference from high voltages.
- Robotics and Drones: In these applications, the part might be employed to ensure the safe transfer of control signals between various components, thus protecting sensitive electronics from the harsh operating conditions often present in robotics.
- Aerospace and Defense: If adhering to specific military standards, the MOCD223M could be integrated into systems requiring stringent isolation measures, though this would require careful verification against applicable regulations.
It is important to note that these potential industry applications are illustrative and require further analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements.
About onsemi
onsemi, formerly known as ON Semiconductor, is a manufacturer that specializes in semiconductor solutions for various electronic applications. The company focuses on providing innovative products in the optoelectronics domain, including a range of optocouplers such as the MOCD223M. Their offerings are designed to meet the increasing demands of industries such as automotive, industrial, and consumer electronics.
Similar parts produced by onsemi include various configurations of optocouplers that cater to different isolation voltage requirements and current transfer ratios. These devices are essential for ensuring the safety and reliability of electronic systems across multiple sectors, confirming onsemi’s commitment to advanced technology and quality performance.
Where to Find MOCD223M by onsemi
The MOCD223M has been historically available at several distributors, including:
- New Advantage Corporation
- Avnet Americas
- DigiKey
- Mouser Electronics
However, it is critical to verify current stock levels and pricing through findchips.com, as availability may vary.