FOLC-105-02-L-Q-K-TR

FOLC-105-02-L-Q-K-TR is a rectangular connecter system, consisting of a single row of connectors with pins or sockets in a grid array. It is primarily used in a wide variety of electronic and electrical applications. The FOLC-105-02-L-Q-K-TR connector system features high-performance contacts, dual-row options, and rugged options.

Application Field

FOLC-105-02-L-Q-K-TR is ideal for use in the industrial, consumer, and medical industries. It is well-suited for applications where power and signal distributions are required in limited space, such as PC boards, micro-inverters, or internal printed circuit boards. The combination of power and signal in a small space is a common requirement. FOLC-105-02-L-Q-K-TR can be used to accomplish this requirement.

Working Principle

FOLC-105-02-L-Q-K-TR is a two-piece connector consisting of a male and female end that is designed to connect two wires together. The male connector has pins that fit into the female sockets. The two pieces of the connector are held together by a locking mechanism that prevents unwanted disconnection. This locking mechanism can be disengaged to quickly disconnect the wires.

The resolution of FOLC-105-02-L-Q-K-TR is 2.0 mm which is an improvement over other standard connector systems as it provides more accuracy in terms of connection. This system is designed to handle high electrical currents and provides the highest level of insulation against communication noise. The contact design is also beneficial because it provides excellent durability and longevity.

FOLC-105-02-L-Q-K-TR is designed to be used in harsh environments. It is resistant to heat, vibration, and humidity, and can be used in temperatures ranging from -25 to +125°C. The connector also features a high degree of corrosion resistance.

Conclusion

FOLC-105-02-L-Q-K-TR is a rectangular connector system ideal for use in a wide variety of applications. It features high-performance contacts, dual-row options, and rugged options. The accuracy of the connections provided by this system is an improvement over standard connector systems. It is also designed to be resistant to heat, vibration, and humidity, and can handle high electrical currents. For these reasons it is well-suited for the industrial, consumer, and medical industries.