1. In essence, mounting holes work by providing a mechanical connection between an object and its mounting surface, allowing the load to be transferred from the object to the fastener and then distributed into the surrounding material. 2. Mounting holes provide additional support by distributing stress more evenly, preventing the mounted object from moving or shifting, and providing a rigid connection between the mounted object and the mounting surface. 3. You can understand the loose in this way "losing their grip or becoming less secure over time due to mechanical stress or vibration." When a PCB is mounted, the mounting holes are subjected to a force that is trying to pull them out. This force can cause the holes to become worn over time, which can lead to them becoming loose.
@@SurvivalSquirrel Based on your questions, we have provided answers for your reference. If you need further clarification, please feel free to restate your question, and we will be happy to provide additional explanations.
@@PCBWay The issue is that he asked about the vias specifically. But you ignored that and did not mention how the vias work to distribute stress at all.
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This cleared up my curiosity, thanks!
Glad to hear that🥰
I love the thumbnail picture of this video! 😉
You found that! The picture is so good
How will those vias distribute stress? How will they provide additional support? How is a hole in the PCB supposed to become loose?
1. In essence, mounting holes work by providing a mechanical connection between an object and its mounting surface, allowing the load to be transferred from the object to the fastener and then distributed into the surrounding material. 2. Mounting holes provide additional support by distributing stress more evenly, preventing the mounted object from moving or shifting, and providing a rigid connection between the mounted object and the mounting surface. 3. You can understand the loose in this way "losing their grip or becoming less secure over time due to mechanical stress or vibration." When a PCB is mounted, the mounting holes are subjected to a force that is trying to pull them out. This force can cause the holes to become worn over time, which can lead to them becoming loose.
@@PCBWay I may have some brain fog. I dont understand anything you said.
@@SurvivalSquirrel Based on your questions, we have provided answers for your reference. If you need further clarification, please feel free to restate your question, and we will be happy to provide additional explanations.
@@PCBWay The issue is that he asked about the vias specifically. But you ignored that and did not mention how the vias work to distribute stress at all.
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I understand nothing if not explained by Cara and/or Scarlett
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