CL21B471KBANNNC - MLCC (2012) 0805 470pF 50VDC 10% X7R

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HT Part No. HT14237

Mfr. Part No. CL21B471KBANNNC

Manufacturer: SAMSUNG

Technical Documents: Datasheet(datasheets)

1874104 - In Stock pcs
Price:
£ 0.0091
Units Per Unit Price
50 - 3999 £ 0.0091
4000 + £ 0.0070
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Product Specification

Product Attributes
Width 1.20mm
Tolerance 10%
Voltage Rating 50VDC
Applications General Purpose
Operation Temperature -55C~+125C
Package / Case 0805 (2012 Metric)
Capacitance 470pF
Rohs ROHS
Height 0.65mm
Dielectric Material X7R
Packaging TAPE&REEL
Manufacturer SAMSUNG
Mounting Type SMT
Length 2.00mm

More Information

The SAMSUNG CL21B471KBANNNC is a 50VDC, general-purpose multilayer ceramic capacitor designed for a multitude of electronic applications. Featuring a capacitance of 470pF (picofarads), this capacitor offers reliable performance in various circuits that require stable operation over time. It is built with an X7R dielectric, providing temperature stability and resistance to voltage fluctuations. The compact 0805 package makes it ideal for use in space-constrained designs while maintaining high capacitance performance. Whether used for filtering, decoupling, or bypassing applications, this capacitor is engineered for durability and efficiency.

Why Buy This Capacitor?

The SAMSUNG CL21B471KBANNNC is a reliable choice for your electronic circuits, offering the following benefits:

  • High stability: Excellent temperature and voltage performance due to X7R dielectric.
  • Space-efficient: Compact 0805 package ideal for modern, compact circuit designs.
  • Reliable performance: Designed to meet high-quality standards for long-lasting use.
  • Versatile use: Suitable for a myriad of applications in electronics.

Typical Uses of CL21B471KBANNNC SAMSUNG Multilayer Ceramic Capacitor, 470pF:

  • Bypass and decoupling in power supply circuits to reduce noise.
  • Signal filtering to ensure smooth voltage levels in sensitive circuits.
  • Timing circuits that require precise capacitance.
  • High-frequency applications where stable performance is critical.

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