首页> 外国专利> PIXEL DESIGN FOR ENHANCING A FILL FACTOR OF A MICROBOLOMETER, CAPABLE OF ENHANCING A RESPONSE AND A RESOLVABLE TEMPERATURE DIFFERENCE

PIXEL DESIGN FOR ENHANCING A FILL FACTOR OF A MICROBOLOMETER, CAPABLE OF ENHANCING A RESPONSE AND A RESOLVABLE TEMPERATURE DIFFERENCE

机译:像素化设计,用于增强微量滴定仪的填充因子,能够增强响应和可分辨的温度差异

摘要

PURPOSE: A pixel design for enhancing a fill factor of a microbolometer is provided to enhance the structural stability of a microbolometer because four pixels share a single anchor and to improve productivity because a size of a chip having the microbolometer is reduced.;CONSTITUTION: A pixel design for enhancing a fill factor of a microbolometer comprises a bolometer array. The bolometer array is composed of an arrangement of bolometer pixels. The bolometer pixel comprises a lower layer, a collaboration(130), an upper layer, an insulating layer, and an anchor(160). The lower layer comprises a reflective metal layer(120) of the upper part of a substrate(110). The collaboration is arranged in the upper part of the lower layer. The upper layer comprises a bolometer layer(140) of the upper part of the collaboration and a penetration metal layer(150). The insulating layer insulates the lower layer and upper layer. The anchor supports the upper layer.;COPYRIGHT KIPO 2012
机译:目的:提供一种像素设计,用于增强测微辐射热计的填充因子,以增强测微辐射热计的结构稳定性,因为四个像素共享一个锚,并由于具有测微辐射热计的芯片尺寸减小而提高了生产率。用于增强微辐射热计的填充因子的像素设计包括辐射热计阵列。辐射热计阵列由辐射热计像素的布置组成。辐射热计像素包括下层,协作(130),上层,绝缘层和锚点(160)。下层包括基板(110)的上部的反射金属层(120)。协作安排在下层的上部。上层包括协作的上部的辐射热测量计层(140)和穿透金属层(150)。绝缘层使下层和上层绝缘。锚支撑上层。; COPYRIGHT KIPO 2012

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