SAMSUNG CL10A106KQ8NNNC, Multilayer Ceramic Capacitor, 10uF, 6.3VDC, X5R

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HT Part No. HT14256

Mfr. Part No. CL10A106KQ8NNNC

Manufacturer: SAMSUNG

Technical Documents: Datasheet(datasheets)

6383188 - In Stock pcs
Price:
£ 0.014
Units Per Unit Price
25 - 3999 £ 0.014
4000 + £ 0.011
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Product Specification

Product Attributes
Packaging TAPE&REEL
Width 0.80mm
Height 0.80mm
Mounting Type SMT
Operation Temperature -55C~+85C
Manufacturer SAMSUNG
Voltage Rating 6.3VDC
Tolerance 10%
Rohs ROHS
Package / Case 0603 (1608 Metric)
Length 1.60mm
Capacitance 10uF
Dielectric Material X5R
Applications General Purpose

More Information

The SAMSUNG CL10A106KQ8NNNC is engineered for high reliability and performance in compact electronic designs. Offering a capacitance of 10uF and rated at 6.3VDC, this X5R ceramic capacitor is perfect for a wide range of modern electronics requiring stable performance in varying conditions. Its miniature size makes it ideal for densely packed circuit boards, ensuring robust operation in consumer devices, industrial systems, and more.

Why Buy the SAMSUNG CL10A106KQ8NNNC, Capacitor?

This capacitor is chosen for its trusted SAMSUNG quality, consistent electrical performance, and versatile X5R dielectric, making it a reliable component for both prototyping and mass production in global electronic markets.

Crucial Features of the Product

  • Compact 0603 (1608 Metric) package.
  • X5R dielectric for stable capacitance.
  • RoHS compliant and lead-free.
  • High reliability from a trusted brand.

Notable Advantages of Choosing the SAMSUNG Multilayer Ceramic Capacitor, 10uF, 6.3VDC, X5R

  • Excellent stability across temperature ranges.
  • Saves PCB space in compact designs.
  • Ideal for both surface-mount and automated assembly.
  • Reduces risk of failure in critical circuits.
  • Supports high-density board layouts.

Wide Application Range

  • Mobile devices and smartphones
  • Consumer electronics
  • Industrial automation systems
  • Power supply filtering
  • General-purpose circuit decoupling

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