DAMMP3H3SJ

D-Sub connectors are a type of electrical connector well known for easy installation, good performance and durability. They usually have two to nine pins for providing power, data and communication lines. DAMMP3H3SJ is a prestigious name in the world of D-sub connectors and is widely used in various fields. It stands for dielectric anisotropic magneto-optical material with a patented H-shaped layer structure. This article will focus on DAMMP3H3SJ application field and working principle.DAMMP3H3SJ is mainly applied in the industrial field. Its insulation layer is made of proprietary anisotropic magneto-optical polymer, giving it excellent physical and electrical characteristics under various difficult conditions. It is widely used in power plants, automotive electronics, railway systems, oil & gas applications, etc. This type of connector can be mounted on the surface of a printed circuit board while also requiring no additional space, providing an efficient solution. It is also a popular choice for data and communication applications due to its good signal transmission performance.When it comes to working principle, DAMMP3H3SJ relies on the patented H-shaped layer structure. It is mainly composed of three layers, including a dielectric anisotropic magneto-optical (DAMM) foam core sandwiched between two conducting layers. The inner metallic layer provides electrical connections between the pins, while the outer layer is used for insulation. The foam core also helps to buffer any vibration and serves as an electrical insulator to reduce ringing.The excellent performance of DAMMP3H3SJ is largely owing to its materials and structure. The use of conducted polymers makes it highly resistant to high temperature, chemicals and compression. The tight contact between the two conductive layers also improves its transmission signal quality, making it perfect for high-frequency applications such as data transmission.In conclusion, DAMMP3H3SJ is a type of D-sub connector well known for its excellent performance and durability. It is widely used in various fields such as power plants, automotive electronics and railway systems, owing to its good physical and electrical parameters. The working principle of DAMMP3H3SJ relies on its patented H-shaped layer structure, which makes it perfect for high-frequency applications such as data transmission.