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Goepel's 3D·EyeZ Ensures Safe Mounting of Press-fit Connectors through Depth Measurement
March 22, 2017 | GOEPEL ElectronicEstimated reading time: 1 minute
Goepel electronic's 3D·EyeZ sensor system offers a wide range of applications in electronics manufacturing due to its shadow-free measurement. The unique design allows for the measurement of the press-in depth of press-fit connectors mounted on PCBs. It is possible to directly measure inside the drill-holes of the PCB and determine the position of the pin tip within the PCB material. Even in holes with a diameter of up to 200µm, the exact position inside the drill-hole can be measured with an accuracy of up to 5µm.
Figure 1: Pin tip inside the drill hole.
This level of quality control is required, for example, to ensure proper electrical functionality of this type of plug-in connector when used for high-frequency data transmission in telecommunications applications.
In addition to this application, 3D·EyeZ allows circumference and set depth inspection of conventional connector pins on PCBs. Possible test functions are control of the x/y deflection and measurement of the pin height.
Despite the increasing miniaturization and ever higher integration density on electronic assemblies, plug connectors are still an important part of assembled components. In addition to solder joints and polarity, correct assembly and mechanical properties of the individual pins are of critical importance for quality assessment.
The measurement module 3D·EyeZ, together with the orthogonal camera and the rotating angled-view module Chameleon, is optionally available for the AOI systems from Goepel electronic, both inline and standalone.
Image 2: Sensor Module 3D·EyeZ
Goepel electronic is a leading provider of innovative test and inspection solutions for printed circuit board assemblies (PCBAs) and electronic devices and systems. The company is divided into four divisions:
- Automotive Test Solutions
- Embedded JTAG Solutions
- Industrial Function Test
- Inspection Solutions AOI·AXI·SPI·IVS
For more information visit www.goepel.com.
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