PCN21B-110PB-2W-G

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PCN21B-110PB-2W-G is a type of backplane connector that belongs to the Hard Metric, Standard series. This backplane connector series is intended for use in high-speed, high density, and mission critical applications. It is designed to provide a stable connection between two devices and is commonly used in the military, aerospace, and commercial industries.

The PCN21B-110PB-2W-G backplane connector is a two-way connector that includes two rows of contacts. Each contact is composed of two square, insulated pins with gold plating. The pins are arranged in an alternating pattern, with the male contacts at the top and the female contacts at the bottom. The overall pin spacing is 1.0mm and the contact pitch is 0.8mm. The connector has an overall height of 11mm and a width of 7mm. It can support up to 25A current and has an operating temperature range of -25°C to +85°C.

The PCN21B-110PB-2W-G backplane connector is designed to provide electrical and mechanical connections between multiple printed circuit boards (PCB). The connector is designed with a built-in latching mechanism, which allows for a secure and reliable connection. The contacts are arranged to ensure signal integrity and secure connection between the two devices. The contacts are also arranged to reduce crosstalk and other electromagnetic interference.

The PCN21B-110PB-2W-G backplane connector also has built-in surge protection, which helps to prevent damage caused by voltage spikes. The connector is designed to meet IEC 60320/UL60730 requirements and is safety certified according to IEC 60950-1. It is also RoHS compliant and UL recognized.

The PCN21B-110PB-2W-G backplane connector has become an ideal option for many applications due to its excellent performance and reliability. The connector is well-suited for use in rack-and-panel assemblies, industrial control cabinets, and telecom and medical equipments. It is also commonly used in power distribution, signal routing, and data transfer systems. This connector series is highly reliable and is suitable for even the most demanding applications.

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