PTC16DBBN

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The PTC16DBBN is a short form of Phoenix Contact 10 Pin Male or Female Plug-in Connector. This rectangular connector is typically used in applications where space is limited yet performance is important. It features a low profile design with a relatively small footprint, which makes it useful for tight installations. In addition, the PTC16DBBN is extremely durable with an extended temperature range, a high voltage rating, and a robust housing material.

The PTC16DBBN utilizes a standard 10-pin configuration of two rows of five pins. Each pin is spaced at a distance of 2.54 millimeters and features a pin-seat width of 1.27 millimeters. This snug connection ensures a secure and reliable connection. The jacket of the PTC16DBBN is constructed of a thermoplastic polyester, capable of withstanding an array of temperatures from -80 to 125°C. The durable material not only ensures protection from extreme temperatures, but also prevents dirt and dust from interfering with the connection. With an operating voltage of 16A, the PTC16DBBN is designed for signal or power applications where high voltage is needed.

The way the PTC16DBBN works is simple. Two separate plugs are connected together, and when that happens, the pins from each plug align, and two distinct electrical pathways are formed. When inserted properly, the connection is fully established and the device is capable of performing its intended function. This reliable method of connection makes the PTC16DBBN ideal for many applications, specifically those found in the industrial, automotive, and robotics markets.

Overall, the PTC16DBBN is a reliable and secure rectangular connector that offers an array of features to meet any application\'s needs. Its small size and durable construction allow it to fit into tight spaces without sacrificing performance. In addition, the PTC16DBBN\'s advanced pin system ensures secure and efficient electrical pathways. This makes it perfect for industrial, automotive, and robotics applications that require high performance and swift connections.

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