The C2012X7R1C476KT is a multilayer ceramic capacitor (MLCC) manufactured by TDK Corporation. It belongs to the C2012 series, indicating a 2012 (0805) case size. The X7R dielectric provides a good balance of capacitance stability and volumetric efficiency, making it suitable for general-purpose applications in electronic circuits. MLCCs are used for decoupling, bypassing, filtering, and energy storage in electronic devices.

Applications

• Decoupling in power circuits: Stabilizes voltage supply and reduces noise in power lines.
• Bypassing in signal lines: Filters out unwanted signals and noise in high-frequency circuits.
• Filtering in electronic circuits: Smooths out voltage fluctuations and reduces ripple in DC power supplies.
• General-purpose applications: Suitable for a wide range of electronic devices and circuits.
• Consumer electronics: Used in smartphones, tablets, and other portable devices.

Features

• X7R Dielectric: Offers reasonable capacitance stability over temperature variations.
• Case Size: 2012 (0805) case size provides a balance between size and performance.
• Capacitance Value: 47µF.
• Voltage Rating: 16V DC.
• RoHS Compliant: Environmentally friendly and compliant with RoHS standards.

Benefits

• Temperature Stability: X7R dielectric maintains capacitance within a reasonable range over operating temperatures.
• Compact Design: 2012 size allows for dense circuit layouts and miniaturization.
• Effective Noise Reduction: Decoupling and bypassing capabilities improve signal integrity.
• General-Purpose Use: Versatile component suitable for various electronic applications.
• Reliable Performance: TDK's manufacturing ensures consistent and reliable operation.

Additional Details

The C2012X7R1C476KT features a capacitance of 47 µF with a tolerance of ±10%. Its operating temperature range is typically -55°C to +125°C. The capacitor is designed for reflow soldering and suitable for automated assembly. It is commonly used for decoupling in digital circuits, bypassing in signal lines, and filtering in power supplies, providing a balance of performance, size, and cost.