AXI是Automated X-ray Inspection的缩写，是PCB组装中最常用的缺陷检测方法之一。AXI不仅可以检测组件下方的焊点，还能揭示许多光学检测设备无法检测到的焊点缺陷。2.AXI如何工作？为了有效检测PCB组装的质量，AXI需要满足三个条件：X射线自动检测设备首先，X射线是必需的：与自动光学检测（AOI）不同，X射线自动检测设备（...
AXI是Automated X-ray Inspection的缩写,是PCB组装中最常用的缺陷检测方法之一。AXI不仅可以检测组件下方的焊点,还能揭示许多光学检测设备无法检测到的焊点缺陷。 2.AXI如何工作? 为了有效检测PCB组装的质量,AXI需要满足三个条件: X射线自动检测设备首先,X射线是必需的:与自动光学检测(AOI)不同,X射线自动检测设备(AXI...
离线式自动X射线检测(AXI)设备功能丰富，能够适用于多个领域，提供准确、高效的x-ray检测。60度倾斜探测器，360度旋转载物台，灵活调节角度，适应不形状和结构的物体。CNC编程自动走位，提高检测效率，降低人为检测带来的误差。适用于IGBT、接插件、插件透锡率、车灯、铸件、大功率LED等的检测。离线式自动X射线检测(A...
AXI是Automated X-ray Inspection的缩写,是PCB组装中最常用的缺陷检测方法之一。AXI不仅可以检测组件下方的焊点,还能揭示许多光学检测设备无法检测到的焊点缺陷。2.AXI如何工作?为了有效检测PCB组装的质量,AXI需要满足三个条件:#X射线自动检测设备# 首先,X射线是必需的:与自动光学检测(AOI)不同,X射线自动检测设备(AXI...
离线式自动X射线检测(AXI)设备功能丰富,能够适用于多个领域,提供准确、高效的x-ray检测。 60度倾斜探测器,360度旋转载物台,灵活调节角度,适应不形状和结构的物体。 CNC编程自动走位,提高检测效率,降低人为检测带来的误差。 适用于IGBT、接插件、插件透锡率、车灯、铸件、大功率LED等的检测。
X射线检查 1. In X-ray inspection systems,radiological protection design must consider scattering as well as transmission and leakage. 在X射线检查系统中,辐射防护中除了需要重点考虑透射和漏射外,散射的成分也必须考虑,而且散射的影响变得越来越重要,这一点在同方威视的固定式、组合式和车载式系统中都已经得到...
PCBs. Traditional inspection methods are insufficient because the solder joints in BGA, QFN, and flip-chip are hidden under the packages. Automated X-ray inspection is an inspect method that uses an X-ray system to run a non-destructive inspection of BGA components and other small-footprint ...
This has been one of the most, challenging requirements for computed tomography (CT) X-ray automatic inspection equipment. For continuous imaging technology, highly accurate positioning control and highspeed image sensing are required.NASA Tech BriefsAnonymous...
However, because pins of BGAs are hidden under the chip package, it's difficult to test them only based on light. That's why Automated X-ray Inspection (AXI) is required. Belonging to the same structural test and inspection category, AXI shares the same principle with AOI, that is, ...
The benefit of automated x-ray inspection (AXI) has proven to be not only a good defect detection tool, but also an efficient device for SMT process improvement. By understanding the AXI limitations with accuracy and consistency of results, the data can be used real time to adjust process ...