( Brand: Nichicon ), ( Manufacturer Part Number: UCA2G100MPD1TD ), ( Part Type: Aluminum ), ( Data2: Capacitance ), ( Data3: Voltage Rating Dc ), ( Data4: Tolerance ), ( Data5: Packaging ), ( Data6: Brand ), ( Data7: Factory Pack Quantity ), ( Data1: Uca )
The UCA2G100MPD1TD is a set of 25 electrolytic capacitors, each offering a capacitance value of 10 microfarads ( F). These capacitors are ideal for a wide range of electrical applications due to their high voltage rating of 400 Volts (V). The leaded design allows for easy integration into various electronic projects, providing a reliable and secure connection.
The capacitors are manufactured by Nichicon, a renowned Japanese electronics component manufacturer known for its high-quality products. Nichicon's electrolytic capacitors are widely recognized for their excellent consistency, stability, and long-term reliability, making them a popular choice among electronics enthusiasts and professionals alike.
These 10 F capacitors feature a maximum voltage of 400V, providing ample voltage headroom for most applications without the risk of damage. The electrolytic construction allows for high energy storage capabilities, making them suitable for applications requiring energy buffering or power smoothing.
The UCA2G100MPD1TD set is a practical choice for those seeking reliable and high-performance capacitors in bulk. With their 20 pieces, this set offers a cost-effective solution for projects requiring multiple capacitors, reducing the need for individual purchases and ensuring a consistent supply of components.
Pros of buying UCA2G100MPD1TD 25 electrolytic capacitors:1. High quality: The capacitors are manufactured by Nichicon, a well-known and respected brand in the electronics industry, known for their high-quality components.
2. Large capacity: Each capacitor has a capacity of 10uf, which is sufficient for many electrical applications.
3. High voltage rating: The capacitors have a voltage rating of 400 volts, making them suitable for use in high voltage circuits.
4. Leaded design: The capacitors have lead terminals, which can be easily soldered onto circuit boards or other components.
5. Large quantity: The package contains 25 capacitors, which can save time and money compared to purchasing individual capacitors.
Cons of buying UCA2G100MPD1TD 25 electrolytic capacitors:1. Limited frequency range: Electrolytic capacitors are not suitable for high frequency applications due to their inherent electrical characteristics.
2. Larger size: Compared to ceramic capacitors, electrolytic capacitors are larger in size, which may create space constraints in some applications.
3. Longer warm-up time: Electrolytic capacitors require a longer warm-up time before they can be used in high current applications.
Conclusion:The UCA2G100MPD1TD 25 electrolytic capacitors are a high-quality option for electrical applications that require a large capacity and high voltage rating. However, their limited frequency range and larger size should be considered when selecting these capacitors for a specific application. If the application requires a capacitor with a wider frequency range or smaller size, then a different type of capacitor may be more suitable.
Recommendation:If the application requires a high capacity and high voltage rating, and the limitations of electrolytic capacitors are not a concern, then the UCA2G100MPD1TD 25 electrolytic capacitors are a recommended option. However, it is always important to carefully consider the specific requirements of the application before making a purchase.
All order and selling routines are set to this exact quantity. To insure that you always receive the exact part need.
We buy in bulk and repackage for resale.
These items are new, unused. Coleman air empowering innovation wind and solar controllers, electronics, hardware accessories perfect for the DI'er. By popular request, here are a few documents that show just how all of these components tie together.
Any tools and or accessories shown in the photos are not included, only exact items specified above.
Please let us know if you are unable to use substitutions other than the exact P/N shown.