Spring Loaded Header Pogo Pins

Spring Loaded header Pogo pins

What is the pogo pin based on when it is designed? There are related industries, I believe that those who have been engaged in pogo pins for many years know that the pogo pins will give a corresponding set of data at the beginning of the design, and then through these data, finally design the torsion spring, and then through the actual production, the spring needles are produced. So what data and parameters are the torsion springs designed and produced based on? What data should be paid attention to when designing the pogo pin? Let us explain in detail what data are required in the production process of pogo pins.

Spring Loaded header Pogo pins

Those who are very experienced in the pogo pin industry know that some data of the pogo pin must be inquired clearly before the pogo pin can be completely produced. What data are the pogo pins determined by? Generally, experienced merchants will need to ask customers for this data. The free length of the pogo pin, the size of the wire that controls the diameter and the material involved in the pogo pin, that is, a wire diameter of the spring we often say, and what kind of material the pogo pin needs are also very important, as well as the pogo pin. The total number of turns, the number of turns left-handed or right-handed. There is also the torsion force of the pogo pin and the maximum tolerance of the pogo pin, and what is the style of the end of the pogo pin?

Spring Loaded header Pogo pins

The pogo pin acts by torque and rotational force, so it should have a strong adjustment effect on the stiffness of the pogo pin. Pogo pin stiffness is the rotational torque produced in fixed units and angular positions. If the pogo pins are not stiff enough, the torque and turning force will not be enough. In addition, the pogo pin must pay attention to three points: the deformation is large, the load is large, and the rotation direction is standardized. The maximum deformation refers to the maximum deformation degree that the spring can withstand, the higher the degree, the better. In addition, the maximum load refers to the time the pogo pin can last while maintaining the rotational force. Of course, the longer the duration the better. Finally, it is also the rotation direction specification, which refers to whether the pogo pin rotates to the left or right, the rotation angle, and so on. Of course, the larger the rotation angle, the better.

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