摘要:
제1 절연층과, 제1 절연층에 대하여 적층 형상으로 위치하는 제2 절연층과, 제2 절연층에 매설되고, 또한 단자 패드를 갖는 반도체 칩과, 상기 단자 패드에 전기적으로 접속된, 그리드 형상 배열의 표면 실장용 단자를 구비한 반도체 소자와, 제2 절연층에 더 매설된 전기/전자 부품과, 제1 절연층과 제2 절연층 사이에 끼워져 형성된, 반도체 소자용의 제1 실장용 랜드와 전기/전자 부품용의 제2 실장용 랜드를 포함하는 배선 패턴과, 반도체 소자의 표면 실장용 단자와 제1 실장용 랜드를 전기적으로 접속하는 제1 접속 부재와, 전기/전자 부품의 단자와 제2 실장용 랜드를 전기적으로 접속하고, 또한 제1 부재와 동일한 재료인 제2 접속 부재를 구비하는 부품 내장 배선판이 개시된다.
摘要:
PURPOSE: A pressure sensor with a nanostructure and a manufacturing method thereof are provided to improve a response speed and the sensitivity of a sensor due to the nanostructure adhered to the surface of the sensor. CONSTITUTION: A pressure sensor(100) with a nanostructure comprises a substrate(110), a source electrode(120), a drain electrode(130), and flexible sensor layer(140). The source and the drain electrodes are arranged separately on the substrate on a predetermined distance. The flexible sensor layer is arranged on the source and drain electrodes. The nanostructure adhered to a surface of the flexible sensor layer includes a zigzagged portions of a nano size.
摘要:
PURPOSE: A semiconductor device and a manufacturing method thereof are provided to improve the power conversion efficiency of the semiconductor device by decreasing the amount of reverse leakage currents and increasing the amount of forward currents. CONSTITUTION: A semiconductor layer(120) is formed on a base substrate(110). An ohmic electrode unit(130) includes an ohmic electrode line which is arranged on the semiconductor layer in a first direction. The ohmic electrode unit includes a first ohmic electrode(132) covered with a schottky electrode line on the semiconductor layer. A schottky electrode unit(140) includes schottky electrode lines which are arranged in the first direction. The ohmic electrode lines and the schottky electrode lines are alternatively arranged in parallel.
摘要:
According to a method of manufacturing a chemical sensor (1) including a plurality of sensor cells (11), a substrate (5) is prepared, and an anti-dispersion agent for preventing a photoactive compound (9), coated on one region of the substrate (5) from being dispersed from the region to form a sensitive film (7) of the sensor cells (11), is applied to the substrate (5). The photoactive compound (9) is provided, and the photoactive compound (9) is discharged to the region in a non-contact manner, thereby forming a sensitive film (7).
摘要:
PURPOSE: A semiconductor device and a manufacturing method thereof are provided to prevent a failure like non-open in forming an OSC(One Side Contact) by performing an OSC process when the height of a pillar pattern is low. CONSTITUTION: A pillar pattern(210) is formed on a semiconductor substrate(200). A spacer(225) is formed on the sidewall of the pillar pattern. An OSC is formed by removing the spacer from the pillar pattern. A bit line pattern(240) is formed between the pillar patterns. A silicon pattern(250) is formed by growing the pillar pattern. A storage node contact(280) is formed on the upper side of the silicon pattern.
摘要:
This aims to provide a part built-in wiring board comprising a first insulating layer, a second insulating layer positioned in a laminated shape over the first insulating layer, a semiconductor chip buried in the second insulating layer and having a terminal pad, a semiconductor element connected electrically with the terminal pad and having surface-mounting terminals arrayed in a grid shape, electric/electronic parts further buried in the second insulating layer, a wiring pattern sandwiched between the first insulating layer and the second insulating layer and including a first mounting land for the semiconductor element and a second mounting land for the electric/electronic parts, a first connecting member for connecting the surface mounting terminals of the semiconductor element and the first mounting land electrically, and a second connecting member made of the same material as that of the first member for connecting the terminals of the electric/electronic parts and the second mounting land electrically.
摘要:
가스를감지하는반도체가스센서가개시된다. 반도체가스센서는캐비티를갖는기판, 기판상에구비된제1 절연막, 제1 절연막상에구비된제2 절연막, 제2 절연막상에구비된히터전극, 히터전극상측에구비된센싱전극, 및센싱전극을커버하는감지막을구비할수 있다. 제1 절연막은캐비티와캐비티의주변부에대응하는부분에형성된노출홀을구비한다. 제2 절연막은노출홀을덮도록형성되며, 히터전극은캐비티와대응하는부분에구비되어열을발생시킨다. 이와같이, 반도체가스센서는제2 절연막의아래에노출홀을구비함으로써, 멤브레인이캐비티측으로휘어지는정도를완화시킬수 있다. 이에따라, 센싱영역의온도를일정하게유지할수 있고, 센싱영역의온도분포를균일하게유지할수 있다.
摘要:
오프셋셀들을갖는수직스핀전달토크메모리(STTM: Spin Transfer Torque Memory) 디바이스들및 오프셋셀들을갖는수직 STTM을제조하는방법들. 예를들어, STTM 어레이는, 기판위에배치되며, 제1 STTM 디바이스만을갖는, 제1 로드라인을포함한다. STTM 어레이는, 또한, 기판위에배치되고, 제1 로드라인에인접하며, 제2 STTM 디바이스만을갖는제2 로드라인을포함하고, 제2 STTM 디바이스는제1 STTM 디바이스와비-공동-평면형(non-co-planar)이다.