Quality inspections are crucial because internal faults like miswindings of the film inside electrolytic capacitors can cause fires. Electrolytic capacitor cannot be visually inspected once it has been sealed in a casing, so X-ray system is needed for such internal inspections.
For film unwinding and foreign object inspections inside electrolytic capacitors, you need X-ray inspection system with a small focal spot X-ray tube and a high dynamic range camera. Specifically, some types of films inside electrolytic capacitors are easily visible through X-rays, and a high-performance X-ray inspection system is required to reach high precision with smaller focal spot.
Matsusada Precision's X-ray inspection systems provide lower noise and higher contrast images due to their combination of microfocus X-ray tubes with small focal spots and high stability, and high-resolution FPDs, which leverage our expertise in high voltage power supplies.
The precision μB4500 benchtop X-ray inspection system, with horizontal radiation, has a 5-μm microfocus X-ray tube and a 3-megapixel FPD. We support you with high performance and clear X-ray images without missing defects.
| Focal spot | Microfocus |
|---|---|
| X-ray tube voltage | 90 kV |
| Magnification | 1 to 100x |
Recommended products
Information on related articles in Technical Knowledge
- Types of Capacitors: A Basic Guide to Electronic Components
- How to Choose an X-ray Inspection System
- Principles of Radiography
- How to use X-ray Inspection System safely
- What is Microfocus X-ray? (Basic Knowledge)
- Basics and Principles of Computed Tomography (CT)
- What are X-rays? (Basic Knowledge)
- How to Acquire High-Quality Computed Tomography (CT) Images - X-ray NDT series (1)
- A Guide to X-ray CT Images: Formats, Viewing, and Applications - X-ray NDT series (2)
- X-ray Image Processing and Automated Inspection - X-ray NDT series (3)
- Types of X-ray Tubes and High-voltage Power Supplies
- What is the difference between Radioactivity, Radiation, and Radioactive Materials?
- Understanding Radiation: Effects on the Body and X-ray Safety