Substituting MLCCs with Tantalum and Polymer Capacitors
Products  ยป  MLCC Substitution

Applied Voltage Options

This information is organized by Applied Voltage, Case Size, and Capacitance. Applied Voltage is the DC bias voltage level that
will be present on the capacitor during operation. For example, for a capacitor with an Applied Voltage of 12 V, devices with a
Rated Voltage of 16 V will be offered. Polymer capacitors require a 20% voltage derating. Please note that Applied Voltage is
not a maximum voltage as long as the 20% derating is met. (e.g. 16 V*80% = 12.8 V).

2 V 3.3 V 5 V
12 V 28 V  

Commercial Listing

  MLCC Part Number Cross-Reference


If you have any questions about this information or wish to have our team of experts propose a cross for a part not covered here, please contact

Please note, any Vishay part number returned by this cross-reference tool is not guaranteed to be an exact technical or mechanical equivalent of the competitor part. Please review the Vishay datasheet for detailed specifications.

Footprint / Pad Layout
K-case   1005-06 (0402)  
M-case   1608-09 (0603)  
J-case   1608-09 (0603)  
MM-case   1608-10 (0603)  
M0-case   1608-10 (0603)  
P-case 298D  2012-12 (0805)  
P-case T55  2012-12 (0805)  
W9-case   2012-09 (0805)  
A-case   3216-18 (1206)  
B-case   3528-21 (1411)  
BB-case   3528-20 (1411)  
V-case   7343-20 (2917)  
D-case   7343-31 (2917)  
Technical Article
Considerations for Substituting
Surface Mount MLCCs