| abstract |
The present invention provides a conductive paste, which has good dispersion stability, and therefore suppresses problems such as abnormal grain growth during calcination. According to the present invention, it is possible to provide a conductive paste for forming a conductive film, including: a conductive powder, a dielectric powder, and an organic component. The centrifugal sedimentation behavior of the conductive powder and the dielectric powder when the conductive paste is subjected to a centrifugal sedimentation treatment is prepared so that the transmittance change rate becomes 0.003 or less when evaluated by the following transmittance change rate. The transmission rate change rate is defined as a change amount per unit time of the integrated transmission rate calculated based on the transmission rate distribution in the centrifugal sedimentation direction. |