Complementary forming solution and its application

Abstract

A complementary formation solution is prepared as forming an entirely new complementary formation solution by mixing inorganic acid with inorganic acid or mixing inorganic acid with organic acid, enabling to used said complementary formation solution to achieve purpose of decreasing leakage current of solid polymer electrolytic capacitor.

Description

technical field [0001] The invention belongs to the technical field of electronic component manufacturing, in particular to a supplementary forming solution and its application in manufacturing solid polymer electrolytic capacitors. technical background [0002] With the development of various multimedia information processing devices towards miniaturization, high-speed processing and low power consumption, small components and highly integrated LSIC (high frequency, low voltage) circuits are required, and circuits are required to work intermittently. This puts forward a series of new requirements for the capacitors used. Especially for tantalum capacitors known for their miniaturization and large capacity, new requirements are put forward for low equivalent series resistance (ESR), low leakage current, low loss, good reliability and long life. [0003] In order to meet the performance requirements of capacitors in real life, especially the requirements for low leakage curr...

AI Technical Summary

Problems solved by technology

[0004] In order to solve this problem, different manufacturers use different forming solutions and different materials. Regardless of whether organic acids or inorganic acids are used, no matter what concentration of solution is used, the forming effect is always unsatisfactory, and the problem cannot be solved. Effective solution, resulting in low yield of polymer products and unstable product properties

[0005] In the document CN1614725A published earlier, the applicant disclosed a method for manufacturing a solid niobium capacitor. In this method, a nitric acid solution and a phosphoric acid solution are used to alternately energize the formation method, but the formation method is not repeated repeatedly. Moreover, the formation method of this alternate empowerment increases the difficulty of the process and the labor intensity.