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Toyohashi, Japan

Toyohashi University of Technology , often abbreviated to Toyohashi Tech, or TUT, is a national engineering university located in Toyohashi, Aichi, Japan. Distinguished for the upper-division student body where over 80% of them are transfer students from 5-year Technical Colleges called Kōsens, the Toyohashi Tech is one of the only two Universities of Technology, a form of universities in Japan, the other being Nagaoka University of Technology. Toyohashi Tech is also noted for the fact that majority of the students proceed to graduate schools. The university is locally nicknamed Gikadai . Wikipedia.

An exogenous substance transfer apparatus that introduces an exogenous substance into a small amount of cells efficiently and at low cost by electrical action and a method for manufacturing an exogenous substance-bearing cell that is able to manufacture many kinds of exogenous substance-bearing cells at low cost are provided. In the introducing of an exogenous substance such as a gene or the like into a cell, a cell suspension liquid that contains the cell and the exogenous substance is supplied to a container (

Denso Corporation and Toyohashi University of Technology | Date: 2014-07-10

A piezoelectric element includes a substrate having a first surface with a predetermined orientation; a lower electrode layered on the first surface of the substrate; a piezoelectric thin film layered on the lower electrode and having a piezoelectric body; and an upper electrode layered on the piezoelectric thin film. A voltage is to be impressed between the lower electrode and the upper electrode to deform the piezoelectric thin film. The piezoelectric thin film is epitaxially grown on the lower electrode using a physical vapor deposition or a chemical vapor deposition.

Sharp Kabushiki Kaisha and Toyohashi University of Technology | Date: 2015-10-16

An ion sensor is configured such that part of a P well on which part a sensing section is provided is different, in dopant concentration, from the other part of the P well so that electric charges are injected merely to the sensing section in a state where a voltage is applied to an N-type substrate.

Toyohashi University of Technology | Date: 2014-01-07

The purpose of the present invention is to measure pH of a sample with high accuracy in a pH sensor array, without the use of a glass reference electrode. Each time that a sample is measured, the potential Vrm of the sample is identified, and the identified potential Vrm is used to calculate the pH. The outputs Voi

Toyohashi University of Technology and Sumitomo Electric Industries | Date: 2012-10-31

Provided is a transistor protection circuit capable of appropriately protecting a transistor even when a switching frequency is high. A transistor protection circuit according to an embodiment of the present invention is a transistor protection circuit for protecting a voltage-driven transistor that is switch-controlled by the application of a high-potential-side voltage or low-potential-side voltage of a power supply to a gate terminal of the transistor by a drive circuit. The transistor protection circuit has a power supply controller that gradually lowers the high-potential-side voltage of the power supply upon receiving a protection command for executing protection of the transistor.

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