10094929-003LF

Backplane Connectors - Specialized

The 10094929-003LF is an ideal solution for specialized backplane applications. This model offers superior performance, including high-speed data transfer, high voltage, and low impedance.

Application Field

The 10094929-003LF is specifically designed for high-speed, high-voltage circuit board connections. This product is designed to provide superior connectivity for circuit boards and pin headers while reducing unnecessary noise and improving signal integrity. It can be used in application fields like power management, communication, consumer electronics, medical, industrial, and automotive.

Working Principle

The 10094929-003LF is a shielded backplane connector featuring a well-defined shielding pattern, which ensures the best mating performance against electrical and RF noise. It is a high-speed, high-voltage solution engineered specifically for performance in backplane environments where electrolytic compatibility is required. The two primary design features of this model are the pins and the contacts. The pins are designed to provide superior pin engagement with improved solder retention force for secure connections. The contacts are designed to provide low impedance and high surge current capacity while maintaining a consistent contact force.

Benefits

The 10094929-003LF provides clear, consistent, and reliable performance, providing better reliability and Signal Integrity. This model offers superior contact engagement providing increased mechanical and electrical performance. Additionally, the low impedance design leads to improved EMI/RFI noise reduction. The design of this product also allows for quick and easy integration onto engineered PCBs.

Conclusion

The 10094929-003LF is the ideal solution for specialized backplane applications requiring high-speed, high-voltage, and low impedance. This product offers superior performance, contact engagement, and EMI/RFI noise reduction, plus easy integration onto engineered PCBs. Its design, features, and benefits make it a popular choice for applications requiring reliable and consistent performance.