Product type:
1.27mm Pitch wire-to-board connector 4-100PIN in any combination
Item Specification
Material No.:66XX-XXXXXXXXXXXXX
Plating requirement: Gold plated
Plastic material: LCP
Production cycle:15-20 days
Packing:tray

Slot Connector

Performance characteristics of wire-to-board connectors

Wire-to-board connectors have a number of performance characteristics in addition to differences in shape and connection method. These characteristics directly affect the function and performance of wire-to-board connectors.Board To Board Connector

1, plug life

Plug life is the number of times the wire-to-board connector is inserted and pulled out. The longer the plug life, the longer the use of wire-to-board connectors. Plug life is one of the most important properties of wire-to-board connectors. Typically, the connector has a plug life range of 500 to 100,000 times.Floating Connector

2、Lead current and voltage

Lead current and voltage are important display characteristics of wire-to-board connectors. Both directly determine the range of use of the connector. If the lead-in current and voltage are too low, then it will not be able to withstand high power loads. In general, the lead-in current and voltage are already fixed when the machine is designed.

3、Heat resistance

Heat resistance is an important indicator of the thermal stability of wire-to-board connectors. In high temperature conditions, the connector shell, plugs, sockets and other conductive components will be affected to varying degrees. Usually, the range of heat resistance performance in the 250 ℃ to 500 ℃ between.

4, waterproof and dustproof performance

Waterproof and dustproof performance is the impact of wire-to-board connectors using the two main indicators. Waterproof and dustproof can prevent moisture, tiny particles and other foreign substances from entering the interior of the wire-to-board connector, thus enhancing the protection of the wire-to-board connector. The standard for water and dust resistance is usually IP67.

5、Material

Wire-to-board connectors are usually made of metal or plastic, but the stiffness and poor conductivity of plastic connectors make them unsuitable for connecting high frequency, high speed and high load devices.