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Application of spring contact finger


Release time:

2022-09-01

Spring machine is a machine that produces spring contact fingers. The operation steps of spring machine are rarely mentioned. The following is a description of the spring contact fingers produced by spring machine. Then, let's learn about the application of spring contact fingers together!

Application of spring contact finger

Spring machine is a machine that produces spring contact fingers. The operation steps of spring machine are rarely mentioned. The following is a description of the spring contact fingers produced by spring machine. Then, let's learn about the application of spring contact fingers together!


The spring contact finger is a circular spiral spring with an elliptical inclination. When compressed, each spiral deforms independently. No matter which part of the spiral deforms, the whole spring will react to achieve the load uniformity of each contact point.

弹簧触指

For the connector, the front end of the spring is welded together to form a complete ring. For the specific insertion or extraction stress requirements of each standard coil size, the socket and plug design allows the spring to be placed in the groove. When the convex groove is inserted in the groove, The inclined wheel spring of the spring will deform under the action of continuous spring stress, and resistance will be generated into the groove of the coil pair. At this time, the load of the spring coil and the design of the slot will produce continuous spring stress. In this way, in order to separate the two parts, the corresponding pull-out force is required. In the micro-link fastener, the radial coil spring has two important functions, which can reduce the number of parts in the system.


The spring contact finger is a circular spiral spring with an elliptical inclination. When compressed, each spiral deforms independently. No matter which part of the spiral deforms, the whole spring will react to achieve the load uniformity of each contact point.


For connectors, the front ends of the springs are welded together to form a complete ring. For the specific insertion or extraction stress requirements of each standard coil size, the socket and plug design allows the spring to be placed in the groove. When the convex groove is inserted into the groove, the inclined wheel spring of the spring will deform under the action of continuous spring stress, and the resistance will be generated into the groove of the coil pair. At this time, the load of the spring coil and the design of the groove will generate continuous spring stress. In this case, in order to separate these two parts, a corresponding pulling force is required. In the micro-link fastener, the radial spring contact has two important functions, which can reduce the number of parts in the system.


The spring contact finger provides dual functions and can be used as a mechanical joint. It can maintain the circuit between the external thread joint and the internal thread joint, so that the radio frequency interference is small, the electronic wiring design is complicated, and the small design with simple installation is used for military, industrial, and commercial applications. The wiring design provides a new test, the speed of the circuit increases, and the size of electronic components decreases. Therefore, the connector needs faster and smaller space to process more signals, in a more compact space, there are more contacts, the smaller the size of the connector, its unique elastic deformation curve, the allowable compression of the working range spring reaches 35%, the relatively stable elastic force reduces the temperature difference, tolerance and The wear caused by other deviations of the spiral spring provides dual functions and can be used as a mechanical joint. It can maintain the circuit between the external thread joint and the internal thread joint, so that the radio frequency interference is small, the electronic wiring design is complex and the small design with simple installation provides a new test for the wiring design of military, industrial, and commercial applications. The speed of the circuit increases and the size of the electronic components decreases. Therefore, the connector needs faster and smaller space to process more Many signals, in a more compact space, there are more contacts, the smaller the size of the connector, and its unique elastic deformation curve, the allowable compression of the working range spring reaches 35%, and the relatively stable elastic force reduces the wear caused by temperature difference, tolerance and other deviations.


The above introduction is the application of spring touch finger, if you need to know more, please feel free to contact us!


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