MOCD207M by onsemi

Overview of MOCD207M by onsemi

The MOCD207M is an 8-pin SOIC dual-channel optocoupler that features a phototransistor output. This optocoupler is designed with a maximum isolation voltage of 2500 Vrms and is suitable for use in various applications where electrical isolation is needed. With its compact SOIC-8 package, this part supports surface mounting, making it an ideal choice for space-constrained designs.

Manufactured by onsemi, the MOCD207M provides two separate channels for signal transmission, which enhances its versatility compared to single-channel counterparts. The forward current for the device can reach up to 60 mA, while the collector-emitter breakdown voltage (V(Br)Ceo) is rated at 70 V. Its current transfer ratio (CTR) is specified to be a minimum of 34%, with a nominal value of 100%, which provides assurance about its efficiency in transferring signals across the isolation barrier.

This component is also RoHS compliant, indicating that it adheres to environmental standards concerning hazardous substances. The part life cycle is currently active, ensuring availability for new designs. It is packaged in a tube, which facilitates easy handling and integration into assembly processes.

Industry Applications for MOCD207M

The MOCD207M could potentially find applications in various industries due to its reliable isolation characteristics and compact design. Below are some possible use cases:

• Industrial Automation: In scenarios where machinery needs to be controlled remotely, the MOCD207M might be used to isolate control circuits from high-voltage systems. It could be integrated into relay drivers or sensor interfaces, enhancing system safety and reliability.
• Telecommunications: The dual-channel capability of the MOCD207M could allow for bi-directional communication in telecommunications equipment. It may be utilized in data line isolators or signal conditioning applications, where maintaining signal integrity while providing electrical isolation is critical.
• Consumer Electronics: Devices such as power supplies or audio equipment may employ the MOCD207M to separate sensitive control circuits from higher voltage power sections. Its characteristics could support designs that require compact components without compromising on performance.
• Robotics and Drones: In robotic applications, the MOCD207M might be utilized to isolate control signals, ensuring that sensitive microcontroller units are protected from high voltage spikes. Moreover, in drones, it could be used to isolate communication lines, enhancing system robustness.
• Environmental Monitoring: The device might also find its place in environmental sensors where electrical isolation is required to prevent interference from high-voltage environments. It could be integrated into sensing elements that monitor various environmental conditions.

These potential industry applications are only conceptual and illustrative. They require thorough analysis and verification by engineering and design teams to ensure they meet industry standards and specific application requirements. Furthermore, similar optocouple components could also serve in these applications, depending on the specific needs of the design.

About onsemi

onsemi is a global supplier of semiconductor solutions that enable energy-efficient electronics. The company specializes in a wide range of optoelectronic devices, including various types of optocouplers, which are crucial components in creating electrical isolation in circuits. The MOCD207M is one of several optocouplers offered by onsemi, showcasing their commitment to developing products that fulfill high-performance requirements while adhering to environmental regulations.

onsemi also provides a range of similar parts in the optocoupler category, catering to different isolation voltage requirements, channel configurations, and environmental conditions. Their optocouplers are designed to support applications across multiple industries, ensuring that customers can find components suitable for their specific needs.

Where to Find MOCD207M by onsemi