QFS-026-02-H-D-RA-PC4-TR

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The QFS-026-02-H-D-RA-PC4-TR rectangular connector array, edge type, mezzanine (board to board) is designed for a variety of applications that require high-speed and reliable connections. This connector is especially suited for connecting boards that require elevated power densities in small, intricate, and highly constrained spaces, such as mezzanine cards for medical, robotic, and communication applications.

This connector features easy installation due to its high-temperature sheet laminated insulator design and gold-plated contacts. It is designed for a wide range of board-to-board connections, including backplane, system, and power distribution applications. It has a high-temperature rating of up to +364°F, and a low-temperature rating of -107°F for extreme temperature environments. The QFS-026-02-H-D-RA-PC4-TR offers a total rated current of 8.6 Amps and a voltage rating of up to 835 Volts in an array size of 2*5. It has soldermask protection and terminals with a pitch of 0.156 inches.

The working principle behind the QFS-026-02-H-D-RA-PC4-TR connector array is based on the contact design. The contacts of the array are designed with an insulation support rail that increases the contact area and enables them to support high-speed signals. This is combined with their gold-plating, which provides excellent thermal and electrical conductivity, and corrosion resistance. The contact design also helps ensure secure connections with its dual wedge termination, which ensures reliable contact engagement even at high contact forces.

The QFS-026-02-H-D-RA-PC4-TR is best suited for applications that require high speed, reliable connections in high density situations. Its advanced contact design enables it to support high-speed signals with minimal signal loss. Additionally, its easy installation makes it an ideal solution for board-to-board mezzanine applications. It is ideal for industries like medical, robotic, and communication solutions, and can be used in a variety of applications such as backplane, system, and power distribution.

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