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PLATING Datasheet, PDF

Searched Keyword : 'PLATING' - Total: 67 (1/4) Pages
ManufacturerPart #DatasheetDescription
Company Logo Img
Murata Manufacturing Co...
PVZ3G474C01B00 Datasheet pdf image
249Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each achieved via special plating techniques on each
09/13/2022
PVZ3A224C01B00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on eachtermination.
09/13/2022
PVZ3A102C01B00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3A102C01R00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3A224C01R00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3H221C01B00 Datasheet pdf image
242Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3H223C01B00 Datasheet pdf image
242Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3A103C01R00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G222C01B00 Datasheet pdf image
248Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G224C01B00 Datasheet pdf image
249Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G225C01B00 Datasheet pdf image
248Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3H102C01R00 Datasheet pdf image
242Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3H103C01R00 Datasheet pdf image
242Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3A471C01B00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G222C01R00 Datasheet pdf image
248Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3A105C01R00 Datasheet pdf image
328Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G223C01B00 Datasheet pdf image
248Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G102C01R00 Datasheet pdf image
248Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G224C01R00 Datasheet pdf image
249Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022
PVZ3G474C01R00 Datasheet pdf image
249Kb/3P
Excellent solderability characteristics are achieved via special plating techniques on each termination.
09/13/2022

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What is PLATING


Electronic component plating plays an important role in the manufacturing process of electronic components.

Plating is used to improve the appearance of electronic components or improve their electronic performance.

For example, plating is used to prevent corrosion and improve durability.

Plating is also used to improve electrical resistance and electrical conductivity.

These platings can be applied to connecting pins, pads, cases, and other parts of electronic components.

The types of plating used in electronic components include gold, silver, nickel, and copper.

Among them, gold plating is the most used and widely used because of its excellent corrosion resistance and electrical performance.

The types and application methods of plating for electronic parts vary depending on the purpose of the part, device composition, and usage environment.

Therefore, during electronic component manufacturing, efforts are made to ensure optimum performance and durability by selecting the appropriate plating method.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.


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