PEC14SBEN

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The PEC14SBEN series is a range of rectangular connectors commonly referred to as headers, male pins, or board-edge connectors, whose primary purpose is to secure a connection between two separate devices. Although this type of connection is common throughout the electronics industry, the PEC14SBEN series stands apart through its impressive range of features.

The PEC14SBEN connectors are available in a range of sizes, from a low profile 2-way header to a 50-way header. Each header is fully polarized with individually keyed slots and molded-in locking clips which help to ensure a secure contact between the parts. The aim is to minimise the risk of poor electrical connections and false pin programming. The spacers used in the 50-way header are also keyed and color-coded, making assembly easier and reducing the time it takes to make connections.

The fine-pitch design of the PEC14SBEN series makes it ideal for applications which require a robust strain relief system. The headers have a unique feature which allows for the dual housing of wires and terminals, making them suitable for board-to-board as well as cable-to-board connections. What’s more, the PEC14SBEN headers have four different mounting options, providing customers with the flexibility to choose the best type of application.

From an electrical standpoint, the PEC14SBEN series is designed to provide low-impedance connections with minimal signal reflection. The headers feature gold-plated Y-Slides which provide excellent conductivity while maintaining optimal contact resistance. This ensures superior signal quality and performance. In addition, the headers Meet UL and RoHS standards, and are suitable for both high-speed and low-frequency applications.

The PEC14SBEN series is an innovative and reliable range of rectangular connectors. With a range of sizes, features and mounting options, the PEC14SBEN series is widely used in a variety of applications, from computer motherboards to motors, and is renowned for its stability and resilience over prolonged usage periods.

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