resistance Product List and Ranking from 4 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

resistance Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. アイテス Shiga//others
  2. null/null
  3. 古賀電子 Kanagawa//Information and Communications
  4. 河村産業 Mie//others
  5. 日本マイクロン電子 本社 Osaka//Trading company/Wholesale
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resistance Product ranking

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. Example of failure analysis of chip resistors アイテス
  2. X-ray fluoroscopy and CT examination device: Observation case of chip resistors アイテス
  3. For those looking for chip resistors/capacitors. 古賀電子
  4. [Process Control] Splitters and Shunt Resistors Lineup List
  5. 4 Achieved a line resistance of 50Ω/m due to high aspect ratio! 'Transparent Low Resistance Circuit Processing' 河村産業

resistance Product List

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X-ray fluoroscopy and CT examination device: Observation case of chip resistors

X-ray fluoroscopy and CT examination device: Observation case of chip resistors

Effective CT observation for analysis due to three-dimensional observation! Here are some case studies of chip resistor observation.

We will introduce a case study of observing chip resistors using X-ray imaging and CT scanning. Chip resistors have a structure where a thin film of metal (resistive element) is formed on the surface of ceramics. The L-shaped lines visible in the X-ray image are trimming marks applied to adjust the resistance value. CT observation allows for viewing the desired cross-sectional images and enables three-dimensional observation, making it effective for analysis. If any defects are found during X-ray or CT observation, cross-sectional observation and elemental analysis will be conducted to investigate the cause. [Case Study of Chip Resistor Observation] ■ CT Observation - It is possible to view the desired cross-sectional images. - Effective for analysis due to the ability to observe in three dimensions. *For more details, please refer to the PDF document or feel free to contact us.

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For those looking for chip resistors/capacitors.

For those looking for chip resistors/capacitors.

Introduction to our inventory list for those looking for chip resistors/capacitors.

To reduce customer costs, our company stocks a large number of resistors and capacitors, which we provide to customers who request assembly. Additionally, we handle parts with the utmost care and manage both our inventory and customer-held parts strictly in a desiccator (dry cabinet). [Note] ● We do not sell parts individually. ● When using parts, we will check the inventory status, so please inform us of the quantity needed in advance.

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Example of failure analysis of chip resistors

Example of failure analysis of chip resistors

We will introduce processing and observation methods using mechanical polishing, SEM, and EDX!

Here is an example of failure analysis of chip resistors where abnormalities were observed. Upon investigating the cause of malfunction in the polishing table, abnormalities were confirmed in the chip resistors on the relevant board. Surface observation revealed abnormalities in the chip resistors, and it appeared that the protective film was melted. Elemental analysis using EDX detected elements such as Al and Pb from the abnormal area, raising suspicions that the undercoat layer may be exposed. Next, cross-sectional samples were prepared through mechanical polishing, and analysis was conducted using SEM/EDX, which showed that the protective film and resistive material appeared to be melted. At Aites, we consider and propose processing, pretreatment, observation methods, and combinations tailored to the observation objectives and the composition and structure of the samples based on our accumulated know-how. Please feel free to contact us for consultations. [Analysis Content] ■ Surface Observation ■ Cross-sectional Observation *For more details, please download the PDF or feel free to contact us.

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Achieved a line resistance of 50Ω/m due to high aspect ratio! 'Transparent Low Resistance Circuit Processing'

Achieved a line resistance of 50Ω/m due to high aspect ratio! 'Transparent Low Resistance Circuit Processing'

Developed a technology that allows for wiring molding with an aspect ratio of 1 or more, based on any insulating film. This is aimed at development in fields requiring low resistance and high transmittance!

"Transparent Low Resistance Circuit Processing" can be designed to meet customer needs in wiring configuration. 【Features of "Transparent Low Resistance Circuit Processing"】 　■ Wiring width of "0.1mm" or less, with an aspect ratio of "1 or more" is possible 　■ High aspect ratio wiring formation allows for a line resistance value of "50Ω/m" to be achieved 　■ Circuit boards can be produced utilizing the properties of insulating films *Please refer to the PDF materials for the 【Basic Configuration Diagram】 and 【Characteristic Examples】, or feel free to contact us.

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Synthetic resistance of flat electrodes and ITO electrodes.

Synthetic resistance of flat electrodes and ITO electrodes.

By reducing the resistance value to 1/100, a theoretical efficiency improvement of about 3 to 5% can be expected!

I would like to introduce the "composite resistance of flat electrodes and ITO electrodes." When the surface resistance of the transparent electrode in solar cells decreases, the current collection efficiency improves. If the surface resistance is high, the resistance loss within the electrode increases, resulting in a reduction of the generated power when it is collected. By reducing the surface resistance to the order of 1/100, the current can be collected efficiently, leading to a decrease in current loss and an improvement in power generation efficiency. [Factors Affecting the Improvement] ■ Original design of the solar cell (losses other than the transparent electrode) ■ Light transmittance and layer thickness ■ Structure *For more details, please download the PDF or feel free to contact us.

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