AXN334130S

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The AXN334130S is an edge-type array-style mezzanine connector used to transmit electrical signals between multiple Printed Circuit Boards (PCBs). This connector is primarily intended for applications where multiple functionality is required, such as embedded systems, computer motherboards, industrial automation, gaming, etc.

The AXN334130S has a connector profile of 0.75mm pitch and an array of 30 positions. It is available with a 2.54mm center pin that provides an additional 2.54mm pitch connection. This connector features an overlapping pitch design that increases the number of contacts in a reduced amount of space and improves contact retention. It also offers improved signal reliability due to its higher density and features a positive-locking latch to ensure secure connections.

The AXN334130S features a dielectric insulator that is able to withstand high temperatures, is highly reliable, and provides excellent electrical insulation. It also provides excellent mechanical integrity and durability, making it useful for heavy-duty applications. The connector is RoHS compliant and meets UL and CSA standards.

The working principle of the AXN334130S is simple yet effective. It consists of two terminals connected by pins in a specific configuration. When assembled, the two terminals securely lock together and an electrical signal is passed through the pins. The signal is then received by the mating device and is used to transfer data or power. This connector is commonly used in applications such as computer motherboards, gaming, and industrial automation systems.

The AXN334130S is an ideal connector choice for applications requiring high-density connections in a small space. It is robust, durable, and reliable, making it suitable for harsh environments. It also features a positive-locking latch to ensure secure connections and provide excellent electrical insulation. Its small form factor and wide array of available configurations make it an ideal choice for applications ranging from computer motherboards to industrial automation.

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