英語 での Electrostatic capacitance の使用例とその 日本語 への翻訳
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Electrostatic Capacitance Torque Sensor.
Due to this, you can see the gap between the sensor and target measurement object(D)by measuring the electrostatic capacitance C.
The actual electrostatic capacitance can be calculated from the following formula.
At our booth, smell sensor, ultrasonic sensor,eatrthquake detector, and electrostatic capacitance torque sensor(ESTORQ) will be introduced.
It is because the electrostatic capacitance is using the electric current to measure the gap.
On the basis, there is always an air between the conductor and the VE series Gap Detector andcalculate the gap from the electrostatic capacitance.
At our booth, our electrostatic capacitance torque sensor(ESTORQ) and I-PEX Connectors will be introduced.
Consequently Rsnubber1 is set to 200 kΩ given theloss value of 2 W. 3Csnubbe1 The electrostatic capacitance of Csnubber1 is calculated using the following equation.
At our booth, our electrostatic capacitance torque sensor(ESTORQ) and newly developed smell sensor will be introduced.
ONO SOKKI- Linear Gauge The VE series Gap Detector measure anddisplay the gap(displacement) from the electrostatic capacitance between the sensor and the target measurement object.
The electrostatic capacitance between X and Y electrodes changes when that area is touched by a finger so the touch position is detected.
At our booth, our newly developed smell sensor, electrostatic capacitance torque sensor(ESTORQ) and earthquake detector will be introduced.
When an Aluminum Electrolytic Capacitor Deteriorates So, what happens when an aluminum electrolytic capacitor degrades as it reaches its lifetime?In essence, its electrostatic capacitance decreases.
In particular, projection-type electrostatic capacitance touch-panels are increasing in popularity because they allow a very light touch as well as multi-touch operations.
The resonance frequency can be calculated using this equation:This equation indicates that the smaller the electrostatic capacitance and the smaller the ESL of a capacitor, the higher is the resonance frequency.
Inverter bus bar・High electrostatic capacitance and low impedance are possible by integrating P-N layer conductors through an insulation film.・ Wiring processes can be reduced due to design flexibility.
To make the insulator thickness measurement using the CL-5610 more understandable,think about how to calculate the electrostatic capacitance when the different dielectric constant object is inserted to a part of condenser.
The change in electrostatic capacitance value occur when the electrode touches the material so the level switch can detect the change in the electrostatic capacitance value and outputs the contact signal.
Since we are going tochallenge toward R&D for unique products including electrostatic capacitance torque sensor(ESTORQ), new technologies and solution, we do hope to have your expectation.
Accordingly, the Hitachi Displays has developed an IPS LCD with an integrated touch-panel that provides the same detection performance(detection error of±1.0 mm or less)of conventional projection-type electrostatic capacitance touch-panels with separated touch-panels and LCDs.
It needs an electrical connecting to measure the electrostatic capacitance, so the sensor, target measurement object and the measurement detector need to be electrically conducted conditions.
Adoption of Original Hybrid Technology The developed conductive polymer capacitors realize lower resistance, higher ripple current, and better temperature characteristics in comparison with the conventional electrolytic capacitor. However,its size is slightly larger and the electrostatic capacitance remains smaller as shown in Table 1.
ONO SOKKI- Linear Gauge Note: Two sensors are required to be set one above andone below between this table. Electrostatic Capacitance type Gap Detectors having high stability enable non-contact and high-accurate thickness measurement.
Due to the fact that electrostatic capacitance touch panels that enable multi-touch operations have a higher cost compared to that of resistive touch panels that cannot perform multi-touch operations, touch panel disposal has been a cause of increased costs for mobile phone manufacturers.
Adoption of Original Hybrid Technology The developed conductive polymer capacitors realize lower resistance, higher ripple current, and better temperature characteristics in comparison with the conventional electrolytic capacitor. However,its size is slightly larger and the electrostatic capacitance remains smaller as shown in Table 1.
To counter this, Hitachi Displays has developed a projective-type electrostatic capacitance touch-panel that can convert input from a non-conductive object into electrostatic capacitance, thus allowing the use of a plastic stylus, gloved hands, or other similar objects.
The capacitance of a high dielectric constant type ceramic capacitor varies depending upon the temperature, voltage(AC, DC), frequency, and the passage of time, so in order to obtain the nominal capacitance value, it is necessary to measure the capacitance under the measurement conditions stipulated in sub-section 4.7 of JIS C 5101-1,1998"Electrostatic Capacitance," which are set out in Table 1 below.
It is especially expected that the adoption of electrostatic capacitance touch panels will increase as this type of touch panel can perform the type of multi-touch operations that emerge as user interfaces became increasingly sophisticated, such as the use of multiple fingers touching the display simultaneously to expand an image or to move an object on the screen.
With this touch-panel,information entered with a non-conductive object is converted to electrostatic capacitance. This technology that allows non-conductive objects to be detected has not been possible previously with projection-type electrostatic capacitance touch-panels; operation with objects such as a plastic stylus, only possible with resistive touch-panels before, is now possible for the first time.
However, until now projection-type electrostatic capacitance touch-panels produced a mild electric current on the surface of the LCD, and detected changes in the electric current to determine where the user's fingers were touching the display. Therefore, non-conductive objects such as a plastic stylus or a gloved hand, which can be used to operate resistive touch-panels, could not be used because they have no effect on electric current.