WEET WUA has 9 recorded cross-reference matches across 5 manufacturers. Compare the listed alternatives and check their source notes before selecting a replacement.
Series reference — complete ordering code required. These entries identify product families. Match the complete ordering code, electrical ratings, dimensions and operating conditions using current datasheets before choosing a product.
9recorded matches
5alternate manufacturers
1reference sources
9matches with technical notes
COMPARE YOUR OPTIONS
WUA series references
Two-way recorded relationships. Each source may carry conditions or differences.
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header EATON. Original cell KR series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header ELNA. Original cell DSK series DBN
series
DX series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header ELNA. Original cell DSK series DBN
series
DX series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header ELNA. Original cell DSK series DBN
series
DX series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header PANASONIC. Original cell SG Series
EEC Series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header PANASONIC. Original cell SG Series
EEC Series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
PDF page 9, table row 2. Original header VISHAY. Original cell 96 DLC series. WEET description: WUA 0.047 Frad
5.5V to 1.5 Frad
5.5V Coin Type
Cell Super
Capacitors. Series/family comparison only, not a complete ordering code or exact/drop-in equivalence. Verify capacitance, voltage, tolerance, dielectric, dimensions, pitch, ESR, ripple, life, temperature and safety approvals against current manufacturer datasheets. Bidirectional discovery does not imply symmetric technical interchangeability. Publication date not printed; copyright 2000 is not a publication date. Details subject to change without notice.
Counts describe recorded relationships, not stock, sales, testing or independent qualification. Manufacturer-and-part identities remain separate. Indexing dates do not establish current specifications or availability.
Check current manufacturer documents and electrical, mechanical, environmental and application requirements before selecting a replacement.