PREC024DBBN-M71RC

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Rectangular Connectors and Headers have become an essential connection for short distances, allowing for reliable connectivity amongst multiple pieces of electronic equipment. The PREC024DBBN-M71RC is a two-row Surface Mount Header, with thirty-four positions and 0.100" on-center pitch.

This connector is designed with precise tolerances, providing reliable performance while offering a compact design solution to space-constrained applications. Its PCB-mountable nature allows for quick and easy installation in a variety of mounting options. Additionally, it is capable of withstanding a range of temperatures, from −40°C to +85°C. All of these features are encompassed in one DLMM (Dual Lock Molex Matrix) module connection design.

The application fields and working principles of the PREC024DBBN-M71RC can be versatile and varied. Within the automotive industry, an increasing number of electronic components, from sensors to displays, require a reliable and secure connection for data communications. The PREC024DBBN-M71RC allows for the easy integration of these components as a two-row Surface Mount Header, utilizing its DLMM module, while handling high-speed data transmission with low crosstalk.

For industrial and commercial applications, the PREC024DBBN-M71RC provides optimal performance as an advanced power over-current protection solution. By combining a current-sensing resistor network and a series-ring-shaped connection, this connector effectively conforms to UL 248-14, allowing for robust protection. Additionally, the convenient DLMM Matrix modular design only takes up 25% of the PCB footprint as compared to a traditional power module, enabling both the power and data lines to save board space.

The PREC024DBBN-M71RC is a two-row Surface Mount Header with thirty-four positions, allowing for reliability and flexibility in connections. It provides a reliable solution in applications suiting the automotive industry, as well as commercial and industrial uses. Its UL 248-14 power over-current protection combined with its DLMM Matrix modular design offers effective protection with a slim footprint.

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