阅读说明：本技术 电容器、电容结构、电容器的制作方法 (Capacitor, capacitor structure and manufacturing method of capacitor ) 是由 陆斌 沈健 于 2020-03-31 设计创作，主要内容包括：一种电容器、电容结构、电容器的制作方法,能够制备小体积、高容值密度的电容器。该电容器包括：叠层结构(120),包括至少一层电介质层(23)和多层导电层(21/22),至少一层电介质层(23)和多层导电层(21/22)形成导电层与电介质层彼此交替的结构；至少一个第一外接电极(130)和至少一个第二外接电极(140),位于叠层结构(120)的上方；至少一个第三外接电极(150)和至少一个第四外接电极(160),位于叠层结构(120)的下方；第一外接电极(130)和第三外接电极(150)电连接至多层导电层中的部分或者全部奇数层导电层,第二外接电极(140)和第四外接电极(160)电连接至多层导电层中的部分或者全部偶数层导电层。(A capacitor, a capacitor structure and a manufacturing method of the capacitor can be used for manufacturing the capacitor with small volume and high capacitance value density. The capacitor includes: a stacked structure (120) comprising at least one dielectric layer (23) and a plurality of conductive layers (21/22), the at least one dielectric layer (23) and the plurality of conductive layers (21/22) forming a structure in which conductive layers alternate with dielectric layers; at least one first external electrode (130) and at least one second external electrode (140) located above the stacked structure (120); at least one third external electrode (150) and at least one fourth external electrode (160) located below the stacked structure (120); the first external electrode (130) and the third external electrode (150) are electrically connected to some or all of the odd-numbered conductive layers among the plurality of conductive layers, and the second external electrode (140) and the fourth external electrode (160) are electrically connected to some or all of the even-numbered conductive layers among the plurality of conductive layers.)