BCS-134-LM-S-TE

Rectangular connectors are widely used in applications where compact, reliable connectivity is necessary. One such example is the BCS-134-LM-S-TE connector. This connector is a high quality, precision manufactured miniaturized connector suitable for use in a variety of applications.

The BCS-134-LM-S-TE connector is a two-piece housing that holds up to eight pins arranged in a conventional pitch of 0.050 inches. The connector is designed with an insulated barrier to prevent mating pins from short circuiting. The design is low-profile and lightweight, making it ideal for space-constrained applications such as automated test equipment and embedded systems. The contacts are plated with gold for superior electrical performance.

The robust design of the BCS-134-LM-S-TE connector ensures reliable mating and unmating. The connector is designed to provide a positive engagement with a haptic click that indicates when a secure connection has been made. This prevents arcing and creates a safe connection.

The connector pins are designed for compatibility with the most common wire gauges. This ensures that the contacts can provide a secure grip, which enables reliable electrical connections. The contacts are also designed for easy insertion and removal.

The BCS-134-LM-S-TE connector is designed for applications where precise signal integrity is necessary. The contacts are designed to provide consistent electrical performance and mechanical stability. This includes resistance to vibration and shock ensuring that the connection remains robust in even the most demanding environments.

The connector is also designed with self-mating features, allowing it to be used both for plug and play applications and for multiple-contact connection requirements. This makes the connector ideal for communication systems, power systems, and other applications where reliable connectivity is paramount.

In summary, the BCS-134-LM-S-TE connector is a reliable and compact two-piece rectangular connector. It is suitable for applications where high-speed, high-precision electrical and mechanical performance is required. Its self-mating features make it an ideal choice for a wide range of applications where reliable connectivity is necessary.