WP7A-S030VA1-R8000 Connectors, Interconnects

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Rectangular Connectors – Arrays, Edge Type, Mezzanine (Board to Board)

WP7A-S030VA1-R8000 is a rectangular connector commonly used in applications requiring robust reliability and high performance. It is designed and manufactured for applications, such as data communications, medical, telecommunications, computers, and power supply. This connector includes an array of pins as well as an edge connector type, both necessary for board-to-board connections. To ensure maximum stability and performance, the WP7A-S030VA1-R8000 features a mezzanine (or board-to-board) connection for reliable, stable and secure connections.

Working Principle

The construction of a mezzanine (board-to-board) connection is based on the standard through-hole mounting technique. The contact pins of the WP7A-S030VA1-R8000 are made of a nickel-plated brass material to enable strong multi-directional contact forces and retain the mechanical and electrical stability of the connection. The contact pins also feature a self-locking system which helps to eliminate electronic noise caused by vibration and shock. Additionally, it preserves tight connection between the two boards.

To further ensure reliable and stable connection, the WP7A-S030VA1-R8000 features an insulation displacement contact (IDC) sockets, which is a simplified method for wire termination on PCBs. It uses a type of mechanical clamping to secure the wires in place, reducing the need for soldering. The contact pin arrangement is designed to provide the installation side with a certain amount of shielding against extreme conditions, such as electrical noise and harsh operating environments.

Aside from the mechanical features, the WP7A-S030VA1-R8000 also provides superior electrical performance because of its well-planned and efficient internal construction. It is designed with nickel-plated brass contacts and high-temperature nylon 66 bodies, to maintain a superior electrical performance even when exposed to extreme temperatures. Its contact pins are also designed to ensure maximum current ratings, supporting operations with up to 3 Amps.

In terms of electrical insulation, the WP7A-S030VA1-R8000 is also designed to withstand voltages up to 300V. The contact pins are arranged to ensure maximum isolation between the contact points, insuring that the electrical performance is maintained even in extreme temperature states. On top of that, it also features a solid insulation barrier to prevent electric shock and any other possible failure due to short circuits.

Application Field

The WP7A-S030VA1-R8000 can be used in many applications, including industrial, commercial, and consumer products. It is the ideal choice for applications that require high stability, performance and reliability. These include medical, automotive and aerospace electronics, computer networks, lighting and other communications applications.

It is also perfect for LED lighting applications and automotive switching. Since the connector is designed with high-temperature nylon 66 bodies and nickel plated contacts, it can withstand extreme temperatures and perform exceptionally well even in harsh environmental conditions. In addition, it can be used in harsh industrial applications that require heavy mechanical loads.

The WP7A-S030VA1-R8000 also features an array of pins to ensure maximum contact area and stability for board-to-board applications. Its contact pins are also designed to ensure tight connection while providing superior current ratings. The self-locking system helps to eliminate any possible mechanical movement, ensuring that the device remains secure.

In brief, the WP7A-S030VA1-R8000 is the perfect choice for applications that require high reliability, performance and stability. Its mezzanine (board-to-board) connection, insulation displacement contacts and robust construction make it the ideal choice for many industrial, commercial and consumer products. It is highly resistant to shock, vibration, temperature, and current, allowing it to perform consistently and robustly in harsh environments.

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