Solid organic electrolyte and its preparing process

Abstract

The invention relates to a solid organic electrolyte for flexible solid conduction and its preparing process, which comprises (by volume percentage) pyrrole : benzene : toluene =(21-65) : (14-32) : (6-27), ammonium peroxodisulfate : ammonium hydroxide = (21-56) : (9-25), thus preparing benzene solution of pyrrole and ammonia solution of ammonium peroxodisulfate, the two solutions are mixed for reaction 5-90 minutes, then the polypyrrole product is rinsed with deionized water and alcoholic solution, thus obtaining polypyrroles solid organic bath.

Description

(1) Technical field [0001] The invention relates to a solid organic electrolyte applicable to flexible solid conduction and its preparation technology. (2) Background technology [0002] Highly reliable solid organic electrolytes for flexible solid conduction have versatile applications. For example: electrolytic capacitors with large specific capacitance are often used in circuits such as power filtering and signal amplification output. Electrolytic capacitors with large specific capacitance can generally be divided into two categories: liquid electrolytic capacitors and solid electrolytic capacitors. Among them, traditional solid electrolytic capacitors have excellent performance, but are expensive due to the use of precious metals such as tantalum or niobium; liquid electrolytic capacitors are cheap, but have poor dielectric properties. For example, liquid electrolytes are prone to volatilization and drying and fail, and electrolytes may also burst and sputter. Accident...

AI Technical Summary

Problems solved by technology

Among them, traditional solid electrolytic capacitors have excellent performance, but are expensive due to the use of precious metals such as tantalum or niobium; liquid electrolytic capacitors are cheap, but have poor dielectric properties. For example, liquid electrolytes are prone to volatilization and drying and fail, and electrolytes may also burst and sputter. Accidents, low-frequency equivalent series impedance is large, high-frequency dielectric properties are not good, and even AC signals are difficult to pass through at high frequencies, resulting in large output signal distortion

However, the manufacturing process of general conductive polymer electrolytic capacitors is complicated, which often differs greatly from the traditional liquid electrolytic capacitor process, resulting in high production costs and difficulty in reducing product prices.