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The BBY5806WE6327 is a silicon tuning diode manufactured by Infineon Technologies, classified as a varactor diode. It features a dual common anode configuration housed in a PG-SOT323 surface-mount package. The device supports a peak reverse voltage of 10 V and operates within a junction temperature range of -55°C to +150°C. At a reverse voltage of 6 V and frequency of 1 MHz, the capacitance is specified at 5.5 pF with a capacitance ratio of 3.5 under C1/C4 conditions. This component is designed for RF applications requiring precise electronic tuning capabilities.
This component is officially listed as discontinued or end-of-life by the manufacturer. Verification of current availability requires checking authorized distributors for remaining stock or obsolete inventory. Buyers must confirm lead times and authenticity carefully due to the EOL status. Alternative sourcing strategies should be evaluated immediately to ensure supply chain continuity for existing designs.
Engineers selecting this part should verify compatibility with the 10 V reverse voltage limit and the specific capacitance characteristics at operating frequencies. The dual common anode structure requires appropriate biasing schemes distinct from common cathode variants. Thermal management considerations are necessary given the high maximum junction temperature rating. Designers should review the official datasheet for detailed electrical curves before finalizing the schematic.
The BBY5806WE6327 belongs to the BBY58 series of varactor diodes from Infineon Technologies. This series is characterized by silicon tuning diodes optimized for RF applications. The specific suffix indicates the packaging and tape/reel configuration. It shares functional similarities with other BBY58 variants but differs in internal connection topology and package type.
Publicly confirmed substitute part numbers for BBY5806WE6327 were not identified in the provided reference data. Engineers should consult official replacement guides or contact the manufacturer directly for validated cross-reference information.