摘要:
An infrared detecting capacitor formed of a ferroelectric film has its capacitor portion supported by first and second interconnecting lines to be held on an Si substrate located on both sides of a trench. A lower electrode is coupled with the first interconnecting line while an upper electrode is coupled with the second interconnecting line. The capacitor portion is a rectangle in shape in plan view without small triangular sections opposite to each other in the diagonal direction.
摘要:
An infrared detecting capacitor formed of a ferroelectric film has its capacitor portion supported by first and second interconnecting lines to be held on an Si substrate located on both sides of a trench. A lower electrode is coupled with the first interconnecting line while an upper electrode is coupled with the second interconnecting line. The capacitor portion is a rectangle in shape in plan view without small triangular sections opposite to each other in the diagonal direction.
摘要:
A thin film formation apparatus includes a vacuum chamber, a target holding mount held movably in the vacuum chamber, a target containing a film material, an ArF excimer laser for emitting high energy radiation to a surface of the target, an optical system for concentrating the radiation from the excimer laser to the surface of the target, a substrate holding mount holding the substrate, an oxidizing gas inlet for supplying an oxidizing gas into the vacuum chamber for oxidizing a substance deposited on the substrate, a heater placed inside the substrate holding mount for heating the substrate in the vacuum chamber, and a light for irradiating the substrate held on the substrate holding mount with light rays.
摘要:
A thermal type infrared sensing device has; a plurality of light-receiving electrodes for outputting a change of surface charge associated with a polarization that occurs in a dielectric when subjected to infrared radiation; and a plurality of compensation electrodes, corresponding one for one to plurality of light-receiving electrodes, for compensating the outputs of corresponding light-receiving electrodes, and wherein plurality of compensation electrodes are formed on a different substrate from a substrate on which plurality of light-receiving electrodes are formed.