MLCC 22 nF 50 V C0G ±5% SMD 1207 multilayer ceramic capacitor

MLCC 22 nF 50 V C0G ±5% SMD 1207 multilayer ceramic capacitor is a fixed-value surface-mount capacitor designed for circuits that require stable capacitance and low temperature coefficient. With a nominal capacitance of 22 nF and C0G (NP0) dielectric, this component offers minimal drift over temperature and voltage, making it suitable for precision signal paths, timing networks and high-stability filtering on printed circuit boards. The 50 V rated DC working voltage and ±5% tolerance provide predictable behavior in a range of low-voltage electronic systems.

Advantages

The C0G dielectric ensures very low capacitance change with temperature and applied DC bias, which preserves signal integrity in analog and mixed-signal designs. The ±5% tolerance supports accurate timing and reference circuits without the need for extensive calibration. The SMD 1207 package offers a balance between compact size and sufficient electrode area for reliable soldering and current handling in standard PCB assembly processes.

Suitable for

• Precision analog signal paths and sensor interfaces
• Timing circuits and oscillators
• High-stability filtering and decoupling in mixed-signal devices
• Consumer electronics, industrial control and communication equipment PCB assemblies

Key specifications

• Capacitance: 22 nF (22,000 pF)
• Dielectric: C0G (NP0), very low temperature coefficient
• Rated voltage: 50 V DC
• Tolerance: ±5%
• Package type: SMD 1207 (size appropriate for standard reflow soldering)
• Construction: Multilayer ceramic

How to use

Place the MLCC on the PCB footprint designed for the 1207 package and follow standard surface-mount assembly practices. Use solder paste and a reflow profile compatible with ceramic capacitors and the PCB substrate. Verify polarity is not applicable for this non-polarized capacitor, and ensure pad geometry and solder fillet meet manufacturer recommendations to avoid mechanical stress. For best electrical performance, position the capacitor close to the active device or node it is intended to stabilize or filter.

Usage recommendations

Avoid subjecting the capacitor to excessive mechanical bending of the PCB or high mounting stresses during assembly. When using near the maximum rated voltage, account for possible capacitance reduction due to DC bias in C0G capacitors—although minimal compared to high‑k dielectrics, designers should verify circuit behavior under expected operating voltages and temperatures. For decoupling high transient currents, consider parallel placement with lower‑ESR components if required by the application.