NCAA2200BKMAHWS

Silicon Capacitors Overview

The NCAA2200BKMAHWS is a silicon-based RF capacitor from Vishay Electro-Films, featuring a nominal capacitance of 22 pF with a tolerance of 10%. Designed for high-frequency applications, it utilizes a nonstandard surface-mount package configuration. The component operates within a temperature range of -55°C to +125°C and is constructed using thin-film technology suitable for demanding RF environments.

Silicon Capacitors Feature Summary

• Utilizes silicon thin-film technology for stable RF performance
• Designed for high-frequency circuit applications
• Features a nonstandard surface-mount footprint

Silicon Capacitors Applications

• RF signal coupling and decoupling
• High-frequency filtering circuits
• Impedance matching networks

Silicon Capacitors Procurement Notes

Verify the specific nonstandard package dimensions against your PCB layout before ordering, as standard footprints do not apply. Confirm RoHS compliance status directly with the manufacturer or authorized distributor, as documentation may require explicit verification. Ensure the lead time aligns with production schedules due to potential manufacturing delays.

Silicon Capacitors Selection Notes

Select this component when a precise 22 pF value is required in a compact, nonstandard SMD form factor. It is suitable for designs where standard 0202 or similar sizes are insufficient or incompatible. Consider the 10% tolerance and wide operating temperature range when evaluating thermal stability requirements for the target application.

Silicon Capacitors Part Context

This part belongs to the NC series of silicon RF capacitors from Vishay Electro-Films. These components are engineered for radio frequency applications requiring small size and high reliability. The series offers various capacitance values and package options tailored for modern high-density electronic designs.

Silicon Capacitors Replacement Considerations

No public confirmed substitute part numbers are available in the provided data. Verify compatibility carefully if considering alternatives, as the nonstandard package may limit direct pin-to-pin replacements.