10060911-201LF

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Rectangular connectors come in a variety of shapes and sizes for different applications. One such type of connector is the 10060911-201lf application field and working principle. This article will cover the specification and structure of this connector, as well as its applications and working principle.

The 10060911-201lf connector is an array, edge type, mezzanine board to board connector. It has a single row of six-pin contact pins that are spaced 1.27mm centers, with five contacts on each side. This connector is designed for use with compactPCI systems, and provides secure mounting through two side mounting holes which have the option of an optional third hole for anti-rotation. Furthermore, the contact design of this connector is dual beam, with gold plated contact terminals that provide positive latching and high-reliability.

When it comes to applications, the 10060911-201lf connector is ideal for a variety of applications such as computing and communications equipment, test systems, avionics, and space exploration equipment. It can be used in rugged environment applications where durability and reliable connections are critical, as well as applications that require multipoint connections for circuit boards. It is also suitable for harsh, enclosed environments, as it is built to provide sealing from moisture, dust and other contaminants.

In terms of working principles, the connector provides a secure mating when fully inserted. The positive locking feature ensures that the mating connector is properly connected and secure. The contact pins are designed for durability and reliability and offer a high current capability. Furthermore, the dual beam contact design provides superior performance in signal transmission applications.

In summary, the 10060911-201lf connector is a compact and high-performance array, edge type, mezzanine board to board connector. It is suitable for a variety of applications, and features reliable contact pins and a positive locking mechanism for secure mounting. Additionally, it provides superior performance in signal transmission applications due to its dual beam contact design.

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