NCAA2400BJNAHWS

Silicon Capacitors Overview

The NCAA2400BJNAHWS is a silicon-based RF capacitor from Vishay Electro-Films, featuring a nominal capacitance of 24 pF with a tolerance of ±5%. Designed for high-frequency applications, it utilizes a gold-plated Class H construction within a compact 0202 (0505 metric) surface-mount package. The component operates reliably across an extended temperature range from -55°C to +125°C, ensuring stability in demanding environments.

Silicon Capacitors Feature Summary

• High-stability thin-film silicon construction optimized for RF performance
• Gold-plated Class H design ensures robust signal integrity
• Compact 0202 footprint suitable for dense PCB layouts

Silicon Capacitors Applications

• High-frequency circuit filtering
• RF impedance matching networks
• Precision signal conditioning

Silicon Capacitors Procurement Notes

Verify the specific suffix 'HWS' against official Vishay documentation to confirm waffle pack packaging and gold plating specifications. Ensure the order matches the exact NC series designation to guarantee compatibility with required RF characteristics and thermal ratings.

Silicon Capacitors Selection Notes

Select this component when precise 24 pF capacitance is required in minimal space. Consider the ±5% tolerance and Class H construction for applications demanding consistent RF behavior. Verify that the 0202 package dimensions align with the target board layout constraints.

Silicon Capacitors Part Context

This part belongs to the NC series of thin film capacitors by Vishay Electro-Films. These components are engineered for superior performance compared to standard ceramic types, offering enhanced stability and lower parasitic effects essential for advanced radio frequency and microwave electronic systems.

Silicon Capacitors Replacement Considerations

Consult official Vishay cross-reference guides for direct substitutes. Generic equivalents may not replicate the specific Class H gold-plated construction or silicon thin-film characteristics required for critical RF performance.