HTSW-103-25-F-D

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HTSW-103-25-F-D connectors feature a male pin header with right angle, surface mount (SMT) technology. The connectors have two rows of 10 gold plated pins and 25 position contact, offering an ideal solution for board-to-cable and board-to-board connection. This type of connector is suitable for applications in a variety of industries, including telecommunications, instrumentation, medical, consumer electronics, and green energy.

The HTSW-103-25-F-D has an operating temperature of -40°C to +85°C and insulation resistance of 10000MΩ at 500V DC. It meets a 1.1A current carrying capacity and has a maximum voltage of 66V AC. The contact surface is made from Tin-Plate, offering improved reliability and resistance to oxidation. Its small size and low profile design make it an excellent choice for space-restricted applications.

When it comes to design, the HTSW-103-25-F-D male pin header connector has a robust and durable construction. It features good sealing and magnetic resistance, as well as insulation displacement connection (IDC) contacts which ensure a reliable and secure connection. The connector is polarized to prevent its incorrect insertion, and its compact and lightweight body facilitates easy and fast assembly.

Furthermore, the HTSW-103-25-F-D male pin header connector adopts the working principle of a spring compression mechanism. This mechanism allows the pins to move lateral to their central axis and slightly towards each other under mechanical stress, which helps to reduce the contact resistance. The connector also has an anti vibration design which ensures secure locking force and maintains uninterrupted electrical pathways.

HTSW-103-25-F-D connectors are ideal for applications in the telecommunications, instrumentation, medical, consumer electronics, and green energy industries. Its low profile design, robust construction, and improved contact resistance make it an excellent choice for space restricted environments and high density connections. Furthermore, its anti-vibration design ensures secure and reliable electrical pathways, facilitating easy and fast assembly.

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