NCAA2700BJNAKWS

Silicon Capacitors Overview

The NCAA2700BJNAKWS is a silicon-based RF capacitor manufactured by Vishay Electro-Films. It features a capacitance of 27 pF with a tolerance of ±5%. The component utilizes a nonstandard package configuration, measuring 0.020 inches in length and width (0.51 mm x 0.51 mm). Designed for high-frequency applications, it serves as a thin-film solution within the manufacturer's silicon capacitor portfolio.

Silicon Capacitors Feature Summary

• Utilizes silicon thin-film technology for stable RF performance
• Provides precise 27 pF capacitance with tight manufacturing tolerances
• Engineered for compact integration in high-frequency circuit designs

Silicon Capacitors Applications

• RF signal coupling and decoupling circuits
• High-frequency filter networks
• Impedance matching stages in RF systems

Silicon Capacitors Procurement Notes

Verify the specific package designation against schematic requirements, as the nonstandard footprint may differ from standard SMD sizes. Confirm lead times due to potential supply chain variability. Ensure compatibility with assembly processes for small-form-factor components. Review datasheet specifications for thermal and electrical limits before finalizing procurement plans.

Silicon Capacitors Selection Notes

Select this component when a precise 27 pF value is required in a minimal footprint. Consider silicon thin-film advantages over ceramic alternatives for stability. Evaluate the nonstandard package dimensions against board space constraints. Verify frequency response characteristics match application needs.

Silicon Capacitors Part Context

This part belongs to Vishay's Electro-Films line of silicon capacitors. These components are designed for demanding RF environments where stability and precision are critical. The series offers alternatives to traditional ceramic capacitors in high-frequency applications.

Silicon Capacitors Replacement Considerations

Cross-reference with other 27 pF silicon capacitors from Vishay or competitors. Verify pinout and dimensional compatibility for direct substitution. Check tolerance and voltage ratings to ensure equivalent performance.