10127624-13961M1LF

The 10127624-13961M1LF application field is a great example of how technology continues to push the progression of applications in the modern world. This particular model is designed to be used in a more rugged environment, as it has IP code 67 ratings for both shock and vibration, making it suitable for harsh environments. The 10127624-13961M1LF is also capable of being mated to various military connectors such as the MIL-C-55620, MIL-C-55122A, and M12 8-pin.

The 10127624-13961M1LF is typically seen in applications such as unmanned drones, aerospace and satellite, industrial machine controllers, energy, oil and gas, medical equipment, and military and defense hardware. It is specifically designed for use in these types of environments and applications due to its variably rugged construction that is made to withstand the rigors of such settings.

The main function of the 10127624-13961M1LF is to provide a shielding mechanism from outside electromagnetic interference, or EMI. This is done by installing a copper foil or other conducting material in between 2 layers of plastic or epoxy which encases the entire microcontroller, cable, and connector. It is capable of providing up to 80dB isolation at 6GHz with a typical attenuation of 20dB at 1GHz.

The working principle of the 10127624-13961M1LF is based off of Faraday’s law. This states that an electric field can be generated when a conductor is placed in a varying magnetic field. This is the same principle that is applied when creating EMI shielding. By using this principle, the 10127624-13961M1LF is able to use a combination of copper foil, plastic or epoxy, and conductive gaskets to create a barrier around its enclosed components to help deflect any EMI interference.

Overall, the 10127624-13961M1LF is a great example of how technology can be used in a variety of applications to reduce the amount of interference from outside sources. By utilizing Faraday’s law, this particular model is designed to protect its components from various outside sources of EMI, making it suitable for a wide variety of environments and applications.