KX15-40K4D-R-E1000E

Rectangular Connectors - Arrays, Edge Types, Mezzanine (Board to Board)

The KX15-40K4D-R-E1000E is a multi-row connector system that features high performance and maximum control over data signals. It is designed as rectangular-edge-type system, with dimensions that are 35 mm wide by 8 mm tall, and can be used for various applications in industrial and consumer markets. The KX15-40K4D-R-E1000E can transmit power or data through an array of pins that are spaced between 2.5 mm apart. The system is optimized for power, with low voltage (30 V max) and low current (1 A max).

Application Field

The KX15-40K4D-R-E1000E is designed for applications within industrial markets such as factory automation, data acquisition, controls, and communication. It is suitable for electrical and electronic systems, including those with high data transfer speeds such as in Ethernet, HIPPI, and POWER-LAN applications. The KX15-40K4D-R-E1000E can be used in automotive, telecommunications, medical, and consumer/commercial equipment as well.

Working Principle

The KX15-40K4D-R-E1000E uses a pin and socket system to deliver signals and power to the connected boards. The pins within the system feature gold-plated contacts, and are made of high-temperature plastic for increased durability and stability. Each connection of the KX15-40K4D-R-E1000E can provide a power signal or a data signal option, with the data signal option having an impedance of 50 ohms. The system features up to 15 rows of pins, and can accommodate between 4 and 40 contacts. The KX15-40K4D-R-E1000E is designed to withstand shocks, vibrations, temperature changes, as well as other environmental conditions.

Conclusion

The KX15-40K4D-R-E1000E is an edge-type rectangular connector system for delivering power or data signals between boards. Its high performance, durable design, and low voltage rating make it suitable for many applications, including industrial, automotive, telecommunications, and medical use. It is designed to withstand a variety of environmental conditions as well, ensuring reliable connections over time.