The hole sizes assigned to a PCB will have tolerances attached to them to allow for variations in the lead size of the components to be inserted, as well as for the different conditions the PCB will encounter during manufacturing. Here are some of those factors to consider as you assign PCB hole size tolerances to your next project.
Page Not Found!
Sorry. The page you are looking for does not exist. Try using the search bar or read some of our blog articles below.
When components aren’t aligned correctly, it affects assembly. Here are some guidelines to ensure you have correct component orientation on PCB designs.
In the final episode of the four-part series, “Engineering Big Ideas,” presented by Mouser Electronics, Grant Imahara explores how VSE’s low-volume, high-mix manufacturing enables engineering innovators to get their products to market quicker and with greater efficiency.
Here are some considerations you should be aware of when working with a contract manufacturer to have a wire harness and cable assembly built.
Some assembly houses specialize in building boxes, chassis, and enclosures for electronics. Here’s a look closer at the box build assembly process.
- The Importance of HALT and HASS Test Methodologies for Telecom Electronics
- UL508a Panel Shop Requirements: What Does It Mean to Work with a Certified CM?
- The Wire Harness Manufacturing Process: A Guide for Electronics Engineers
- Power Supply PCB Design Guidelines for Manufacturing
- PCB Layout Constraints and Their Effect on Assembly
- How to Prevent Tombstoning During PCB Assembly
- PCB Hole Size Tolerance and Its Impact on Assembly
- Component Orientation on PCBs: Best Practices to Optimize Assembly
- PCB Pad-to-Pad Spacing and Its Impact on DFM
- Bringing New Ideas to Life: Video Highlights VSE’s Role in Product Development