SFM-135-L2-F-D-A

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The SFM-135-L2-F-D-A is a rectangular connector header with a double-row design, providing two separate parallel circuits, each with a row of 8 through-holes. Each row has 18 contacts, with 0.35-inch of spacing between each contact. It features a unique two-finger latch locking mechanism which is secured using a molded nut, resulting in fast and secure yet easy and fast removable connections. Applications include connecting boards or panels within an electrical system, such as in parallel I/O and Ethernet switches.

The SFM-135-L2-F-D-A works by providing a secure connection for PCBs with a minimal amount of interference. The two-finger latch locking mechanism provides a secure connection that is easy to install and use. By using two rows of contacts, each row with 8 through-holes, the connector is capable of reliably exchanging data or power between two separate PCBs. The double-row connector additionally helps to reduce electromagnetic interference (EMI) and crosstalk between two systems, while the spacing between contacts helps dissipate heat and increase reliability.

This rectangular connector header is a great choice in applications where a secure and reliable connection is required. Its unique double-row design, with 18 contacts in each row, offers high density and low crosstalk, which makes it ideal for parallel I/O and Ethernet switches. In addition, its two-finger latch locking mechanism allows for fast and easy connections and disconnections. This makes it perfect for applications requiring frequent access or replacement of components, such as prototyping. The SFM-135-L2-F-D-A can also be used for low power signals, such as in sensing and control applications, as it is capable of providing a secure connection without excessive signal loss or interference.

Overall, the SFM-135-L2-F-D-A is a great choice for applications requiring fast and reliable data exchange between two separate PCBs. Its secure two-finger latch locking mechanism, unique dual-row design, and high-density contacts make it ideal for a variety of applications, from parallel I/O and Ethernet switches to low power signals in sensing and control applications. With its fast and easy installation, it makes the perfect choice for applications in prototyping and testing where frequent connection and disconnection is required.

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