M8 Connector Male are widely used in the industrial sector for electric and electronic devices. These connectors have features such as small size, high performance, and durability. M8 Connector Male are also used in harsh environments and critical applications, which makes electromagnetic compatibility (EMC) a crucial factor to consider.


EMC is the ability of an electronic device to operate without being affected by, or affecting, the electromagnetic environment in which it operates. EMC issues can cause adverse effects such as unexpected system shutdowns, component damages, and data loss. Therefore, EMC is a crucial design consideration for M8 Connector Male.

There are two types of EMC issues that can affect M8 Connector Male:

Radiated emissions
Radiated emissions are unwanted electromagnetic waves from an electronic device. These emissions can cause interference with other devices and can be harmful to humans. M8 Connector Male must have measures in place to reduce the radiated emissions, such as electromagnetic shielding or filtering.

Conducted emissions
Conducted emissions are unwanted electrical signals transmitted through a conductor. These emissions can also affect other devices and may cause interference. M8 Connector Male must reduce conducted emissions using filters, protective grounding, and other EMC protection measures.

M8 Connector Male must also meet specific EMC standards such as CISPR 22 and EN 55022 which set limits on the amount of emissions allowed from an electronic device. The limits are set to prevent interference with other electronic devices and ensure safe operation for humans.

In conclusion, M8 Connector Male must be designed with EMC in mind to meet the specific needs of industrial applications. The EMC protection measures should be implemented to reduce and control radiated and conducted emissions. M8 Connector Male must also meet specific EMC standards to ensure safe and reliable operation in the industrial sector. Properly designed M8 Connector Male provide a robust means of communication in the industrial sector while ensuring protection against electromagnetic interference.