SSA-132-W-G Connectors, Interconnects

The SSA-132-W-G is a specialized rectangular connector. It is part of a family of headers, receptacles, and female sockets falling under the rectangular connector classification. Its application field and working principles should be explored to understand its uses and properties. The SSA-132-W-G is primarily used in connectors of 1.27mm pitch. It is of particular use in the automotive and endoscope industries, due to its tin-plating process which prevents friction on contacts and ensures proper transmission. The connector itself is built upon a reliable Zinc-Aluminum alloy of high grade, with a robust UL94V-0 approved flammability rating. Due to its customizable nature, the SSA-132-W-G makes for a great choice in a variety of contexts. Its body shape is designed to maintain a low profile, with pins spaced 2.54mm apart to ensure that it fits in slim-bodied PCBs without causing a bulk increase in size. It has a finely polished dielectric substrate that allows it to transfer signals between devices without the risk of a short circuit.The SSA-132-W-G is specifically designed to provide secure connections in even the most extreme conditions. Its contacts consist of gold-plated copper pins, designed to ensure a low contact resistance to guarantee uninterrupted work. It is also designed with an H-lock tiebar, which provides quick and easy assembly. The tiebar prevents any axial pressure from opening the connection, which can be beneficial in environments subject to shock and vibration. In addition to the H-lock tiebar, the SSA-132-W-G utilizes a locking device within its frame for extra security.To wrap up, the SSA-132-W-G is a rectangular connector of 1.27mm pitch used primarily within automotive and medical applications. It features a robust, UL94V-0 approved body, along with gold-plated copper contacts and a H-lock tie-bar for secure connections. Use of this connector in these industries ensures reliable signal transfer, preventing friction from preventing electrical interference or short circuiting.