0346910160 Connectors, Interconnects

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The 0346910160 rectangular connector is a dual row, shrouded header designed for use in tight spaces. The connector provides two rows of eight contacts that are rated for power and signal/ground. The dual row staggered design allows for increased spacing between the pins, improving the contact performance and reliability, while the shrouded design allows for very secure interconnections.

This board-to-board connector is available with 2.54 mm x 2.54 mm pitch, low profile and can withstand high temperature. It is applicable for devices required high performance. Its integrated housings provide excellent vibration and shock resistance, allowing the connector to be used in a variety of applications requiring robust and reliable connections.

This product features a variety of insulation materials to suit various mounting requirements. The materials are UL approved and dielectric guaranteed up to 10 GHz for tight connections. The contact plating for 0346910160 is gold, which ensures low contact resistance and long term stability.

The connector contacts are dual-beam design, which prevents terminal miss-insertion. The sliding latch allows for easy terminal insertion and removal without the need for complex tools. The terminal polarization feature helps to provide proper contact mating and solve the problem of wrong terminal insertion.

The working principle of 0346910160 is quite simple. The connector terminals are inserted into the contact holes of the board being connected to. Then it is locked using the sliding latch, which locks the terminal into place. The terminal contact element is then brought into contact with the contact of the opposite board and the connector is securely fastened.

The 0346910160 rectangular connector is suitable for use in a wide range of applications, including industrial, automotive, commercial and telecommunications. In particular, it is highly suitable for use in applications requiring strong connection, high temperature operation and high reliability. Additionally, its small size and low profile make it an ideal choice for applications requiring an efficient and compact solution.

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