57202-S52-18ULF

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The 57202-S52-18ULF is a rectangular connector, specifically designed for use in printed circuit boards. It is a two-row connector featuring male pins that make contact with the host PCB. This versatile and well-constructed connector has many positive attributes that can be useful for a wide variety of applications.

This connector is often used in PCB assemblies due to its reliable and efficient design. It is especially advantageous in PCBs with dense components or for those applications with a medium to high current and voltage demand. It is commonly used in medical technology, lighting systems, and industrial automation. Additionally, some automotive and avionic applications are also known to use this connector type.

The 57202-S52-18ULF is a two-row connector with 4-way hardware support. It features an UL approved gold plated copper alloy contact and can accept wires between 20-28 AWG in size. The housing material for this connector is black PA66 UL94V-0 and the insulator material is LCP, UL94V-0. This connector has a 3.5mm pitch and is rated for temperatures between -40 to 105°C.

This connector works by using male pins, which make contact with the host Printed Circuit Board (PCB). When the connector is inserted or engaged, the male pins create an electrical connection with the PCB pads and the printed circuit tracks, allowing electrical current to flow from one side of the connector to the other. Due to its reliable design, this type of connector is suitable for a variety of high-performance applications.

The 57202-S52-18ULF is a rectangular connector, specifically designed for use in PCB assemblies. It features a two-row design with 4-way hardware support and UL approved gold plated copper alloy contact. It can be used in a variety of applications such as medical technology, lighting systems, and industrial automation. This type of connector works by using male pins that make contact with the host Printed Circuit Board and allow electrical current to flow. Additionally, its reliable design makes it suitable for a variety of high-performance applications.

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