WR-80P-VF60-N1

It is a standardized component used in a variety of industries, particularly in the military, aerospace, medical, and industrial fields. The WR-80P-VF60-N1 is a board-to-board connectors designed for quick and easy installation onto PCBs for efficient signal connections to other boards such as ribbon cables, back planes, coaxial, and even optical fibers.

The WR-80P-VF60-N1 is a double or quad row array or connector with a 180-degree mezzanine. It is available in dual and quad row arrangements with 8 to 80 positions per row for a total of up to 320 positions. It is available in multiple keying options and footprints, making it easy to customize for different uses. Furthermore, its positive and negative signal stacking makes it ideal for applications requiring increased electrical performance in high-speed signal connections.

The WR-80P-VF60-N1 has a low profile, making it perfect for use in limited space applications. Its normal operating temperature range is between -55 to +105°C while its ultimate operating temperature range is between -55 to +125°C. It is also designed to withstand shock and vibration levels of up to 50 Gs.

The WR-80P-VF60-N1 is a reliable and durable connector that is IP68 rated, making it resistant to dust and water, thus allowing it to be installed in harsher environments. It is designed and rated for low-voltage, signal transmission and power applications of up to 28V/0.5A. Its higher current transmission is also rated at 8A, making it ideal for carrying higher power.

Moreover, the WR-80P-VF60-N1 is constructed of high-grade materials to ensure its reliability and durability. Its shell is constructed of nickel-plated die cast zinc alloy, the pin contacts and mating sleeves are made of copper alloy, and the contact plating is gold. Gold plating also ensures minimal electrical resistance and prevent oxidation and corrosion.

Overall, the WR-80P-VF60-N1 is an excellent choice for a variety of industrial and military applications. Its high-grade materials, double or quad row arrays, and multiple keying options makes it an ideal choice for board-to-board edge type and mezzanine connections. Its low profile and reliability make it perfectly suited for applications requiring increased electrical performance in limited space environments.