40×2 pin 1.27mm pitch female Berg Strip (5 pcs)

Rs. 75.00 Rs. 60.00
You save: Rs. 15.00
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  • The 40×2 pin 1.
  • 27mm pitch female Berg strip (5 pcs) is a high-precision ....
  • Featuring 40 pins in two parallel rows with a fine 1.
  • 27mm pitch, this female Berg strip is ideal for high-dens....
100 in stock
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Sku: MT1708
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The 40×2 pin 1.27mm pitch female Berg strip (5 pcs) is a high-precision dual-row connector designed for compact and reliable electrical connections in advanced electronic circuits and PCB applications. Featuring 40 pins in two parallel rows with a fine 1.27mm pitch, this female Berg strip is ideal for high-density connections where space saving and precision are essential. It is commonly used in microcontroller boards, embedded systems, interface modules, communication devices, and other professional electronic assemblies.

Manufactured from high-quality conductive metal contacts and durable heat-resistant plastic housing, this connector ensures excellent electrical conductivity, strong mechanical stability, and long operational life. The precision-engineered sockets provide secure and firm connections with matching male Berg strips or header pins, ensuring consistent signal transmission and reliability in sensitive electronic circuits.

This Berg strip is designed for easy PCB mounting and soldering, making it suitable for both permanent installations and prototyping purposes. Its compact dual-row structure allows efficient use of PCB space while maintaining organized and professional circuit layouts. The connector is widely used in computers, development boards, robotics, industrial electronics, and DIY electronics projects.

Suitable for students, hobbyists, technicians, and engineers, this pack of 5 pieces offers excellent value and flexibility for multiple applications. The 40×2 pin 1.27mm pitch female Berg strip is an essential connector component for modern electronics, providing precision connectivity, durability, and dependable performance in a wide range of electronic and embedded system projects.