发明名称 BOLOMETER AND PREPARATION METHOD THEREOF
摘要 A bolometer and a preparation method thereof. The bolometer includes: an infrared detection element (1) and a readout circuit (2), wherein the infrared detection element (1) is formed on one side of a first substrate (100), and an edge of the infrared detection element (1) is provided with an electrode hole (9), and the readout circuit (2) is formed on one side of a second substrate (200) and the readout circuit (2) has an electrode, the first substrate (100) is formed thereon with a silicon via (8) passing through the first substrate (100) and filed with a conductive material, the electrode hole (9) of the infrared detection element (1) is electrically connected to the electrode of the readout circuit (2) via the conductive material filled in the silicon via (8). The following defects are overcome: bolometers in the prior art need to flatten the silicon wafer surface with a suitable chemical-mechanical polishing process after a readout circuit thereof has been manufactured, the circuit is large in area, and the requirements of the system integration process are high.
申请公布号 US2015021479(A1) 申请公布日期 2015.01.22
申请号 US201214353020 申请日期 2012.07.25
申请人 Cai Jian;Wang Qian;Liu Ziyu;Hu Yang 发明人 Cai Jian;Wang Qian;Liu Ziyu;Hu Yang
分类号 H05K1/11;G01J5/24;H01L27/146;G01J5/10 主分类号 H05K1/11
代理机构 代理人
主权项 1. A bolometer, comprising a thermal radiation measurement element and a readout circuit, wherein the thermal radiation measurement element is formed on one side of a first substrate, an edge of the thermal radiation measurement element is provided with an electrode hole, the readout circuit is formed on one side of a second substrate and has an electrode, the first substrate is formed thereon with a silicon via passing through the first substrate and filled with a conductive material, and the electrode hole of the thermal radiation measurement element is electrically connected to the electrode of the readout circuit via the conductive material filled in the silicon via.
地址 Beijing CN