KR2542 Series Dual Row SMT Straight Pin Header
KR2542 Series Dual Row SMT Straight Pin Header
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General Specifaction
Material: | PA6T/UL94V-0/Brass |
Withstanding Voltage: | 500V AC/ minute |
Temperature Range: | -40℃~+105℃ |
Contact Resistance: | 20mΩ/max |
Insulation Resistance: | 1000MΩ/ min |
Product Plating: | Gold flash |
Overview
KR2542 Series Dual Row SMT Straight Header is an electronic connector with stable performance and a wide range of applications. The KR2542 Series Dual Row SMT Straight Header is designed with a 2.54mm pitch and is suitable for a wide range of PCB-to-board connection scenarios. The KR2542 series connectors are popular in the electronic equipment manufacturing field due to their high quality and reliability, which facilitates automated production and enhances productivity.
Advantages
- High compatibility
With its standard 2.54mm pitch design, the KR2542 series seamlessly connects to a wide range of PCB boards and electronic components in the market, greatly facilitating the ease of system integration and expansion.
- High-density connectivity
Its unique dual-row in-line package realizes a significant increase in the number of pins, thus efficiently transmitting more signals in a limited space, perfectly meeting the needs of high-density connectivity scenarios.
- High reliability
After careful design and rigorous testing, the connector demonstrates excellent resistance to vibration, shock and temperature change, ensuring that electronic equipment can operate stably in a variety of harsh environments, extending the service life of the equipment.
- Space-saving
The compact package design not only optimizes the utilization of circuit board space, but also gives designers greater freedom of layout, which helps to create a more compact and efficient electronic equipment structure.
- Simplified installation and maintenance
the combination of standardized design and advanced manufacturing process makes the installation and maintenance of KR2542 series connectors easy and fast, effectively reducing the difficulty and cost of operation and improving work efficiency.