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Which process aspects cause bad effects on pogopin spring thimble?

source:spring thimble release time:2020-11-05 Article author:sznbone Popular:POGO PIN

  Current electronic and electrical products are developing in the direction of refinement, ease of installation and long service life. The pogopin spring thimble connector is small in size and has a retractable design, which can well meet the needs of current electronic and electrical products, so pogopin spring thimble Connectors are loved by many connector manufacturers.

Spring probe M006 1.8x8.5

  pogopin spring thimble is a very simple part, but the process requirements are very high, if there is no good quality control and perfect manufacturing process level, it is particularly prone to power failure and pin stuck, or too short life. The pogopin spring thimble process is particularly delicate and complicated. From lathe processing, electroplating, assembly, every link may bring serious hidden dangers.

  Lathe processing:

  Should be processed with Japanese automatic lathes, so that the precision of parts can be ensured within +/-0.01mm. Most factories use cutting machines for processing, and accuracy cannot be guaranteed. Secondly, the surface finish processed by the lathe, especially the inner surface finish of the pogopin spring thimble needle tube is very critical. Most factories do not have surface roughness testing equipment, that is, there is no parameter to supervise this.

  Plating process:

  The thickness of the plating layer has a great influence on the cost structure. The gold plating of the high-quality pogopin spring thimble is 16u", but most of the products are in 1~2u", which is a big gap. Secondly, the quality of the gold plating in the hole has a great influence on the electrical properties (impedance) and mechanical properties of the pin.

  Assembly process:

  Poor assembling process will cause serious problems such as needle skew, needle height difference, pin stuck, orifice peeling.


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