15-29-7020

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15-29-7020 rectangular connectors, or headers, are versatile electrical connectors suitable for applications such as power switching, data transmission, printer connections, and more. These headers are also known as male pins, with two rows of connecting pins arranged side by side, typically with a 2.54mm pitch, equalling the spacing of the two rows of pins.

15-29-7020 headers are manufactured using high integrity materials, featuring tin-plated brass pins, cover caps, and frames for superior conductivity and better corrosion resistance. The plastic insulators used are made with PBT +30% glass fiber, making them flame retardant, long lasting, and durable. The integrated strain relief holder of each header ensures good strain relief performance and eliminates the need for additional strain relief equipment.

These headers are available in multiple pin configurations, with 1 to 10 pins arranged in each row. The pins can be arranged in a variety of ways, such as through-hole (and soldering), surface mount, or IDC. Additionally, the contacts can be shielded against electrical signals or EMI interference. These headers feature a detachable crimp or latching lock to secure the contact. The contact locking system ensures a reliable connection while allowing easy, repeatable disconnection and reconnection.

The 15-29-7020 header has a working temperature of -55°C to 105°C, making it well suited for use in a variety of applications. As such, it is ideal for applications requiring a high current capacity, such as power switching, data transmission, printer connections, and more. It is also compatible with most standard PCB footprints, making it easy to incorporate into existing designs.

In conclusion, the 15-29-7020 header is a versatile and reliable electrical connector. It offers excellent conductivity due to its high integrity manufacturing materials and contact locking system. It is available in multiple pin configurations suitable for various applications, and has a wide operating temperature range, making it suitable for a variety of applications. As such, it is an excellent choice for any electronic design.

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