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JPH0513822A |
PURPOSE:To make detection region of an object detector to be simply changed by a method wherein the object detector, an enclosure which is mounted on the detector in such a way as to encircle the detector, a thin plate part constituting ...
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JPH055291B2 |
PURPOSE:To decrease the stray capacity generated between lead-out electrodes and substratum electrode by interposing a thin film consisting of a material having the dielectric constant lower than the dielectric constant of a thin pyroele...
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JPH055652A |
PURPOSE: To obtain a heat detection apparatus equipped with a pyroelectric detector array which reduces adverse influences such as thermal crosstalks between adjacent detection elements, a heat conduction along an electric conductor, a h...
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JPH04357888A |
PURPOSE:To obtain a pyroelectric infrared ray detecting element which ensures excellent response rate and sensitivity to the infrared ray and does not result in deterioration by particles under a low temperature process by forming an amo...
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JPH04356979A |
PURPOSE:To provide a thermistor type thermal conversion infrared ray sensor which has high sensitivity, a low resistance value and low noise, and which is easily realized. CONSTITUTION:An infrared ray sensor 1 having a thin film 6 which ...
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JPH04350978A |
PURPOSE:To enhance the performance of a sensor by increasing the absorption of infrared rays by a pyroelectric thin film. CONSTITUTION:An optical element 5 which is provided with a function to reflect infrared rays is formed on the face ...
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JPH0476235B2 |
PURPOSE:To obtain the titled element, which resists mechanical impact force, handling thereof is easy and which has high sensitivity, by coating at least one surface of a piezoelectric body thin-film, from which a substrate is removed, w...
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JPH04344430A |
PURPOSE:To prevent a tomb-stone of a resistance chip and improve production yield by commonly connecting a hot side terminal of a pyroelectric element of a first conductive land, a hot side terminal of a resistance chip and a gate termin...
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JPH04130461U |
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JPH04342178A |
PURPOSE:To improve the yield of a pyroelectric type solid-state imaging device by arranging each read voltage setting element in such a manner that a pair of charges are transferred to transfer units, which are adjacent to each other or ...
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JPH04331767A |
PURPOSE: To provide a pyroelectric ceramic composition having excellent temperature characteristics of pyroelectric coefficient, small dielectric constant, high pyroelectric coefficient and improved so-called figure of merit. CONSTITUTIO...
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JPH04323881A |
PURPOSE:To improve detecting sensitivity and speed of infrared rays by providing a superconducting current passage made of an oxide superconducting thin film in which a c-axis of a crystal is so oriented as to become parallel to a substr...
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JPH04315934A |
PURPOSE:To enable simple and high accuracy temperature measurement by constituting an element of a mutilayered compound connected in the direction of an axis C by van der Waals force. CONSTITUTION:A layered compound being connected in th...
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JPH04315018A |
PURPOSE:To arrange accurately a position relationship between a detection portion and an infrared rays transmission portion at a pyroelectric type infrared rays sensor. CONSTITUTION:A thin-film pyroelectric type infrared rays sensor allo...
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JPH04307977A |
PURPOSE:To increase constant of a thermistor and electric resistance value at the sensing part of a thermal type infrared sensor, to improve the controllability of the sensor, to enhance the sensitivity of response of the sensor as well ...
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JPH0444175Y2 |
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JPH04293277A |
PURPOSE:To simplify the formation process of electrodes for resistor use by a method wherein the electrodes for resistor use are formed on a ferroelectric material using the ferroelectric material as a resistor member simultaneously with...
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JPH04116373U |
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JPH04268773A |
PURPOSE:To enable a thermal conversion type infrared sensor to be enhanced in sensitivity and response speed. CONSTITUTION:An infrared sensor 1 of this design is provided with a thin type detecting section 11 which detects infrared rays ...
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JPH04265080A |
PURPOSE: To eliminate the bias electric charge with a simple processing circuit by equalizing the timing of the driving pulse of an image pickup element in respective fields independently of opening/closing of a chopper. CONSTITUTION: A ...
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JPH04262212A |
PURPOSE:To obtain an infrared-ray detector wherein a compact configuration, a low cost, a less load for a device to be assembled in the detector and less noises are achieved. CONSTITUTION:A light screening plate 12 is fixed to the tip pa...
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JPH04257279A |
PURPOSE:To provide a method for supporting a detecting element used for a detector and a method for conductive connection of the detecting element and to attain the utmost sensitivity of a pyroelectric infrared detector by controlling he...
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JPH04254416A |
PURPOSE: To produce thin films of potassium tantalum niobate (KTa1-xNbxO3 (KTN)) by the metallorganic deposition. CONSTITUTION: Firstly a suitable metallorganic precursor dissolved in solution, preferably the carboxylates of potassium, t...
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JPH0487434U |
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JPH04206884A |
PURPOSE:To cool through a flat surface in a small size and high efficiency by arranging a thin film electrode so as to feed a current in the same direction in the direction perpendicular to the direction of a magnetic field generated by ...
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JPH0485758U |
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JPH0444437B2 |
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JPH04198724A |
PURPOSE:To unify the output by the simple method by forming linear array infrared detecting elements more th those to be operated actually by two or more elements, and connecting them to leads of amplifier circuits while one or more elem...
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JPH0468570U |
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JPH04503132A |
(57) [Abstract] Since this gazette is application data in front of an electronic application, the data of an abstract is not recorded.
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JPH0432977B2 |
PURPOSE:To eliminate the output of an infrared ray sensor by providing stripe- shaped electrode films crossing each other on the surface and back of pyroelectric film as pyroelectric element used for the infrared ray sensor. CONSTITUTION...
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JPH0429014B2 |
PCT No. PCT/AU81/00130 Sec. 371 Date May 21, 1982 Sec. 102(e) Date May 21, 1982 PCT Filed Sep. 17, 1981 PCT Pub. No. WO82/01066 PCT Pub. Date Apr. 1, 1982.An infrared radiation detector in which a stable substrate (5) has a hole (10) thr...
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JPH04142783A |
PURPOSE:To remarkably lessen a manufacturing process in man-hours and to manufacture an organic conversion element high in yield at a low cost by a method wherein electrodes are provided to both the sides of an organic dielectric film in...
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JPH04139774A |
PURPOSE:To obtain a small-sized device and facilitate manufacturing, by arranging a pair of facing electrodes in the manner in which the resistance value between the facing electrodes is lower than or equal to the order of a specified re...
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JPH0455524U |
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JPH04137676A |
PURPOSE: To provide a pyroelectric detector, which is produced easily and inexpensively by arranging a screen printed type heat insulating layer between a lower electrode and a substrate, making an upper electrode thermally absorbing and...
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JPH0449832U |
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JPH04120064A |
NEW MATERIAL:A compound of formula I (R is 6-20C alkyl). EXAMPLE: 6-(p-dodecyloxyphenyl)-3-pyridazinecarboxylic acid. USE: Useful as a nonlinear optical element, electro-optical element, piezoelectric element or pyroelectric element. Cap...
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JPH04115509A |
PURPOSE: To eliminate the dispersion of characteristics of an electronic circuit components between each lot even when dislocation of forming electrodes occurs including lead electrodes installed on the surface of one side of base materi...
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JPH0412435Y2 |
In order to reduce microphony due to the piezoelectric nature of a pyroelectric element (9) in a pyroelectric detector, the detector comprises one or more flexible films resiliently supporting the element (9) and two electrical connectio...
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JPH0412634B2 |
PURPOSE:To obtain a piezoelectric element which has a reduced overall thickness, excellent flexibility and mechanical strength and appropriate rigidity and can deliver a large signal output, by composing a flexible piezoelectric element ...
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JPH0461386A |
PURPOSE:To make it possible to obtain signal output and embody omnidirectional detection without the basic performance of a dual element type detector against any moving body from any direction by laying out two electrodes so that they m...
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JPH0442851A |
PURPOSE: To directly obtain a thin film of lead germanate by the use of a simple device in a short time by using Pb-alkoxide and Ge-alkoxide as raw materials and forming a thin film of lead germanate with a spray-pyrolytic method. CONSTI...
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JPH0414967A |
PURPOSE: To simplify the signal passing path and to reduce noise invaded from other circuits by making a direction of arithmetic operation constant at bias charge cancellation independently of the chopper switching. CONSTITUTION: The sys...
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JPH03276773A |
PURPOSE:To be sufficiently capable of being made at the production line of an ordinary semiconductor integrated circuit even after an absorption layer has been formed by a method wherein, instead of a metal, a semiconductor thin film who...
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JPH03272513A |
PURPOSE: To hole highly reliable insulation at the time of being applied to an electric wire to be used at a high temperature and/or in a vacuum by coating the circumference of a conductor with a ceramic layer to supplement insulation in...
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JPH0374331B2 |
A pyroelectric detector comprising a functional portion in which opposed electrodes 111 to 118 are formed on both surfaces of a pyroelectric type substrate 101 and four light receiving electrode portions a, b, c and d are structured by t...
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JPH0374003B2 |
An electrically symmetrical temperature sensor includes two highly doped zones which are formed in a semiconductor body of one conductivity type, which are provided with connection contacts, and have the same conductivity type as that of...
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JPH03262173A |
PURPOSE:To enable a ferroelectric thin film to be oriented in a direction of (111) on a silicon or a compound semiconductor single crystal substrate by a method wherein a noble metal thin film is formed as a buffer layer between the sing...
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JPH03262174A |
PURPOSE:To enable a ferroelectric thin film to be oriented in a direction of (111) on a silicon or a compound semiconductor single crystal substrate by a method wherein a specific metal thin film is formed as a buffer layer between the s...
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