M80-4203201

Rectangular Connectors - Headers, Receptacles, Female Sockets

M80-4203201 is a type of rectangular connector used for power and electronic signals between electrical devices. It primarily consists of several pins which are crimp-connected to the mating contacts located on the devices. It is designed to withstand higher thermal and mechanical stress than a traditional printed circuit board connector, and can also provide a more reliable mechanical connection in high vibration applications.

Application Field

M80-4203201 is used mainly in the automotive and consumer electronic fields. As it is extremely durable, it is frequently used for applications such as connecting sensors, injectors and other electronic components to the vehicle’s main system. In addition, M80-4203201 can also be used for applications in Bluetooth and Wi-Fi modules, data systems, digital controllers, and communications equipment.

Working Principle

M80-4203201 uses a unique contact system which requires the mating contacts to be snapped into place. This ensures an excellent connection between the pins and the mating contacts. The pin contact design is also extremely durable, as it is designed to withstand high temperature and high vibration conditions. The design also ensures a low contact resistance and less power wastage. This is important for applications which require a reliable connection with minimal power loss.

M80-4203201 also utilises a zinc-alloy die-casting process during manufacturing, which increases the mechanical strength of the connector and allows it to resist high temperature and pressure, as well as corrosion. Due to this, it is suitable for harsh environments.

Lastly, the M80-4203201 also has a silicone rubber gasket which helps to seal the connector against water, dust and other environmental elements. This helps to ensure that the connection will remain reliable and secure for a long period of time.

Conclusion

M80-4203201 is a rectangular connector designed for use in automotive and consumer electronic fields. It utilises a unique contact system to ensure a reliable connection between pins and the mating contacts. The pin contact design ensures low contact resistance and less power wastage, while the zinc-alloy die casting process increases its mechanical strength. It also has a silicone rubber gasket to protect it from water, dust and other environmental elements.