CDBFR00340

Overview

The CDBFR00340 is a small signal Schottky barrier diode manufactured by Comchip Technology. It features a low-profile surface-mount package designed for compact circuit layouts. The device utilizes majority carrier conduction to achieve fast switching speeds and low forward voltage drop. It is constructed using silicon epitaxial planar chip technology with a metal-silicon junction, ensuring high reliability and thermal stability in electronic applications.

Feature Summary

• Extremely thin and leadless package design suitable for space-constrained surface mounting
• Majority carrier conduction mechanism enabling ultra-high-speed switching performance
• Low forward voltage drop characteristics that contribute to improved power efficiency

Applications

• High-frequency rectification in compact consumer electronics
• Power management circuits requiring low profile components
• Signal demodulation in RF applications

Procurement Notes

Verify the specific electrical ratings and package dimensions against the official Comchip Technology datasheet before integration. Confirm compliance with relevant environmental standards such as RoHS. Ensure the selected variant matches the required current and voltage specifications for the target application to prevent performance issues.

Selection Notes

Select this component when a low-profile Schottky diode is required for high-speed switching applications. Consider the thermal resistance and maximum operating temperature limits during circuit design. Compare alternative packages if board space allows for standard SOD-123 or similar form factors to ensure optimal heat dissipation.

Part Context

This part belongs to the family of small signal Schottky diodes produced by Comchip Technology. These devices are engineered for general-purpose rectification and protection duties where speed and size are critical. The manufacturer provides detailed mechanical and electrical data sheets to support design-in processes for various industrial and commercial sectors.