06035C104KAT2A: Overview, Features, and Applications

The part number "06035C104KAT2A" denotes a specific Multilayer Ceramic Capacitor (MLCC) manufactured by AVX Corporation, a leading provider of electronic components worldwide. This type of capacitor is often used in a wide range of applications because of its stability, reliability, and compactness.



The 06035C104KAT2A is an MLCC, a type of ceramic capacitor that is fabricated by layering alternating layers of ceramic material and conductive electrodes, allowing a high capacitance value to be achieved in a compact package.


  • Capacitance Value: The "104" in the part number denotes the capacitance value. In accordance with the standard three-digit capacitor code, "104" represents a capacitance of 100,000 picofarads (pF), or equivalently, 0.1 microfarads (µF).

  • Voltage Rating: The "C" character indicates the DC voltage rating of the capacitor. For this part, "C" represents a DC voltage rating of 16 Volts.

  • Tolerance: The "K" signifies the tolerance level of the capacitance value, which is ±10% for this specific capacitor.

  • Temperature Characteristics: The X7R in the part number denotes the temperature coefficient, signifying that it has a ±15% capacitance change over a temperature range of -55°C to +125°C.

  • Packaging: The part number ends with "A", referring to a standard packaging type of this component from AVX. Additionally, the "T2A" suffix may indicate that the specific components are packaged in a tape and reel configuration, which is common for surface-mount components.

  • Size: The "0603" refers to the package size. This size typically correlates to dimensions of 0.06 inches by 0.03 inches, or about 1.6mm by 0.8mm in metric terms.


Given its features and specifications as a general purpose mid-range MLCC, this component can be widely used in diverse applications including:

  • Decoupling applications: One of the most common uses for these types of capacitors is as decoupling capacitors to filter out voltage spikes and prevent signal noise in power supply lines.

  • Signal Filtering: They're used in audio and RF circuits to segregate elements by blocking direct current while letting alternating current pass.

  • Timing circuits: Used in combination with resistors, they can help generate frequency timing signals.

  • Circuits in harsh temperature environments: Given their X7R temperature characteristic, they can be suitable for applications that involve a wide range of operating temperatures.


As with any electronic component, always make sure to review the manufacturer's datasheet and other professional guidelines before using in your designs.

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