AXN364130S

The AXN364130S rectangular connector array is designed to provide an efficient connection between two printed circuit boards or mother boards using edge type contact technology. This connector is made with high-performance materials, providing reliability and durability in a wide variety of applications. Moreover, the edge type design ensures superior electrical performance by reducing the risk of short circuits.

The AXN364130S has several pins arranged in an array or edge type configuration. It is suitable for use in both board-to-board applications, such as those encountered in mezzanine boards, and for mounting to flat surfaces. Additionally, it features a strain relief design that allows for easy and reliable installation. This ensures a long service life even in harsh environments.

The working principle of the AXN364130S is relatively simple. The pin array is composed of two rows of pins that extend into sockets on the motherboard. When the board is plugged into the connector, the pins form an electrical connection between the board and the motherboard. This allows for data and power transfer between the two components.

The AXN364130S is suitable for a variety of applications including industrial, military, automotive, communications, and many others. In industrial applications, the AXN364130S can be used for circuit board stacking or data acquisition. It is also suitable for mezzanine boards that require a high level of ruggedness and reliable connections. Additionally, the AXN364130S is ideal for use in military and automotive applications due to its resistance to shock and vibration.

In terms of electrical performance, the AXN364130S is rated up to 700V AC/DC, 1,000V DC, and 1,500V AC. It has maximum current ratings of up to 10A. Furthermore, it is resistant to dust, water, and other types of environmental contamination.

In conclusion, the AXN364130S is an efficient, reliable, and durable connection solution for a variety of applications. It is designed with high-performance materials and features a unique edge type configuration that provides superior electrical performance. Additionally, it has excellent resistance to contamination, shock, and vibration, making it suitable for harsh environmental conditions. Finally, it has a wide range of current and voltage ratings.