Samsung Electro-Mechanics CL31B224KBP5PNE

Summary of CL31B224KBP5PNE Samsung Electro-Mechanics MLCC

The CL31B224KBP5PNE from Samsung Electro-Mechanics is a high-quality multi-layer ceramic capacitor (MLCC), designed especially for demanding automotive electronic applications. Featuring a ceramic X7R dielectric, this model provides a balanced mix of stability, reliability, and capacitance density. With a capacitance value of 0.22 μF (220 nF) and a rated maximum voltage of 50V, the CL31B224KBP5PNE serves as a core passive component in filtering, decoupling, and signal conditioning tasks within modern vehicular electronics and other rigorous environments.

Main attributes and electrical properties of CL31B224KBP5PNE

Selecting the right MLCC is critical for ensuring long-term electronic performance. The CL31B224KBP5PNE delivers consistent electrical characteristics with every unit:

Capacitance: 0.22 μF (220 nF)

Tolerance: ±10%

Rated Voltage: 50V

Dielectric Material: X7R

The use of X7R material is especially valued in automotive electronics for its stable capacitance over a range of temperatures (–55°C to +125°C), supporting circuits that demand consistent performance across wide temperature cycles. The device meets the requirements for moderate precision applications, where both reliability and cost-effectiveness are essential.

Packaging details and size measurements of CL31B224KBP5PNE

Compact packaging allows for flexible, high-density circuit design. The CL31B224KBP5PNE is offered in the 1206 (3216 Metric) surface mount package, with standardized terminal dimensions suitable for automated placement and high throughput assembly lines. The standardized footprint and profile make it compatible with contemporary surface-mount printed circuit boards (PCBs), favoring integration in multilayer board layouts for automotive control units, infotainment modules, and sensor interfaces.

Automotive certification and reliability requirements of CL31B224KBP5PNE

Reliability is paramount for parts destined for automotive applications. The CL31B224KBP5PNE is specified to meet the rigorous AEC-Q200 automotive standard, confirming compliance with industry-endorsed reliability criteria, including thermal shock, humidity, vibration, and high-temperature operation. Such qualification is essential for designers and procurement professionals focused on long product lifecycles and strict functional safety.

Soldering guidelines and mounting instructions for CL31B224KBP5PNE

Proper mounting procedures support the long-term reliability and electrical performance of MLCCs. Samsung Electro-Mechanics recommends reflow soldering for the CL31B224KBP5PNE, with a peak temperature of 260°C (+0/-5°C) for up to 10 seconds maximum. The process conforms to the IPC/JEDEC J-STD-020D standard for moisture sensitivity and soldering, helping engineering teams align with globally recognized manufacturing practices. Adhering to these guidelines mitigates risk of capacitor damage and ensures optimal functional yield.

Possible substitute or alternative parts for CL31B224KBP5PNE

Product substitution and sourcing alternatives are key considerations for engineers and purchasing teams. Potential equivalent MLCC models include other 1206-size capacitors rated for 220nF, 50V, X7R dielectric, and AEC-Q200 automotive qualifications. When evaluating substitutes, cross-reference the electrical parameters (capacitance, voltage rating, tolerance), package codes (such as 1206/3216 Metric), and the automotive certification to ensure form, fit, and functional parity. Availability from reputable MLCC manufacturers can also be an essential criterion, especially in supply-constrained environments.

Conclusion

: Evaluating CL31B224KBP5PNE for engineering and procurement

In summary, the Samsung Electro-Mechanics CL31B224KBP5PNE MLCC serves as a robust and reliable choice for automotive electronic designs, where consistency and proven qualification are paramount. Its blend of electrical stability, adherence to industry standards, compact packaging, and compatibility with automated assembly processes makes it an attractive component for design engineers and procurement professionals focused on optimizing system performance and supply-chain resilience. When sourcing or specifying this device, careful consideration of its technical attributes and AEC-Q200 automotive qualification will ensure dependable operation throughout the product lifecycle.