2DA31SBRP

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The 2DA31SBRP is a type of D-sub connector. It is typically used in device connections, audio and video equipment, industrial instrumentation connections and computer communication applications. D-sub connectors are standard connectors that use a male and female contact design to mate or link components together. The D-sub connectors are strong and reliable, can be used repeatedly, and are applicable to many different industrial and laboratory setups. They are available in various sizes, shapes, and configurations to meet the needs of the equipment used.

The 2DA31SBRP is a male-to-female D-sub connector. It consists of a male pin receptacle and a female socket housing. The male pin receptacle can be configured for various contact counts, from 13 to 37 contacts. The receptacle is made of zinc die-cast with zinc plating while the female socket housing is made of insulating plastic material. This design is capable of withstanding high vibration and shock better than other types of D-sub connectors.

The working principle of the 2DA31SBRP is based on pin and socket contact principle. The male pin of the receptacle have various contact options, including solder cup, crimp, axial and right angled. The female housing has an axial type contact to mate the pin contact in the male receptacle. The contacts are made of copper alloy, gold plated for added corrosion resistance. The contact arrangement is variable, from male-male to female-female, depending on the type of applications.

Once connected, the 2DA31SBRP ensures reliable current transfer and signal transmission. It provides excellent insulation and offers protection against moisture, dust, and electromagnetic radiation. The male-female contact design allows for easy mating and long-term durability.

The 2DA31SBRP D-sub connector is commonly used in data transmission systems, especially where shielded cables are used. It is also commonly found in instrumentation devices, such as power supplies, measuring equipments, control systems, audio and video equipments, and communication systems. It is suitable for a wide range of applications across the industrial, medical, and consumer electronics fields.

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