Showing results: 2866 - 2880 of 7335 items found.
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CS-100F1 Series -
HORIBA, Ltd.
The CS-100F1 Series is equipped with fiber optics cable based on the CS-100 Series. It offers real-time, in-line measurements by directly integrating the sample cell into the cleaning system piping and by using a fiber optic cable for light signal transmission. A single concentration monitor can take up to four measurements and monitoring of multiple chemical solutions in a single-bath or single-wafer cleaning system is also possible.
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CS-100 Series -
HORIBA, Ltd.
The CS-100 Series offers a complete lineup of high precision chemical solution concentration monitors for various solutions in cleaning and etching processes during semiconductor manufacturing. In addition to the high-speed response and compact design, measurement of each component concentration is conducted in real-time and the timing of chemical solution changes and automatic supply is warned with an alarm. The ability to perform short measurement cycles allows for accurate monitoring of concentration changes.
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CS-600F -
HORIBA, Ltd.
The CS-600F achieves a higher level of functionality best suited for manufacturing, such as the ability to perform in-line measurement of high temperature chemical solutions in various applications, stable operation for reduced downtime, and compact size for improved space productivity in order to meet the precise chemical solution concentration management required in leading-edge semiconductor wet process.
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CS-900 -
HORIBA, Ltd.
In order to fulfil the tight chemical concentration control required in semiconductor WET process, HORIBA realizes higher functionality to meet the needs by designing compact equipment while maintaining stable measurement and carrying out operator safety through its original sensor design.
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CS-700 -
HORIBA, Ltd.
The HORIBA CS-700 chemical concentration monitor enables high performance measurement of the individual chemical constituents of complex chemistries used in the leading edge Semiconductor Manufacturing Processes.By improving HORIBA's renowned spectroscopic measurement technology, the CS-700 realizes up to 5X improvement in measurement performance.
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M-730 -
MULTI MEASURING INSTRUMENTS Co., Ltd.
*High sensitive for low range leakage current*Suitable for measurement of 4-20mA DC controlled circuit*DC mV analog signal output*Lowest influence from Magnetization and Terrestrial magnetism*Wide measuring ranges - up to DC 1000mA and AC10A*Sleeping current measurements for automotive electronics circuit*Jaw opening capability 30mmφ
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MCL-4000F -
MULTI MEASURING INSTRUMENTS Co., Ltd.
*3CT method enabled easy AC leakage current measurements with simple clamping of each phase conductor by 3 CTs or 4 CTs.*Use 4 CTs for 3phase/4wire power system.*Load current measurements for each phase conductor up to AC 800A.*Filter rejection for high frequency noise.*DC mV output for recorder.
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Applied Image, Inc.
Our SINE Sinusoidal Single Frequency transmittance patterns have proved to be very useful for specialized MTF Measurement as well as for such applications as moirè contouring. They are made on film base material with a nominal thickness of 0.175mm. This material is polyester and tends to be somewhat birefringent. The harmonic modulation values are generally 3% or less.
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Datum Electronics, Ltd.
We also offer rotary power sensors, rotary torque sensors and torque meters that are capable of measurements above our standard range of 20,000NM to meet the needs of our customers within a commercial environment.Our standard torque sensor range incorporates the measurement of torque up to 60,000Nm, these provide solutions to most test and monitoring requirements.
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Datum Electronics, Ltd.
Shaft Power Measurement Kits are available in two formats, the standard and the compact kit. The compact kit is ideal for single day trials, while the standard one is used for long duration trials of between 30-60 days.
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HORIBA, Ltd.
HORIBA develops and manufactures products and systems for testing of all types of engines: heavy-duty to small utility, onroad systems to non-road, marine to locomotive, automotive to aeronautic. Our extensive product line includes analyzers, analytical systems, dilution/ sampling systems, dynamometers and automation systems to assist engineers to evaluate and advance: exhaust gas and particulate emissions, engine performance, fuel economy, fuelcell reformer efficiency, other parameters of engine and vehicle.
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FTX-ONE-CL -
HORIBA, Ltd.
Offers a 5Hz sampling rate and simultaneously measure the concentrations of multiple components including NH3, CH4 and CO2, engine diluted exhaust gas using the Fourier Transform Infrared (FTIR) method in combination with multivariate analysis algorithm.
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MacroRAM™ -
HORIBA, Ltd.
Bench-top Raman Spectrometer - Best in Class Raman Sensitivity and Software, with Class 1 Laser Safety. The new MacroRAM Raman spectrometer brings simplicity to Raman measurements without compromising the ability to handle even the most complex samples. Its compact and robust design, including Class 1* laser safety means it''''s safe for use in most environments, from undergraduate teaching labs to industrial QC applications.
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SLIA-300 -
HORIBA, Ltd.
The ultra-pure water that is used in the semiconductor production processes can be further purified by using an ion-exchange resin. Capturing the silica that is dissolved from this ion-exchange resin as quickly as possible can control the ultra-pure water quality, which is important during the production processes.HORIBA Advanced Techno has developed and employed a new "long light path length measurement cell" to enable highly sensitive measurement of ultra-low density silica and also realized a compact desktop model to improve the usability.
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HE-960HC -
HORIBA, Ltd.
FPD manufacturing processesThe HE-960HC measures conductivity, which forms the basis for parameters in chemical and waste water management. Its dual calculation circuits and software, combined with carbon sensors, enable measurements ranging without switching. The HE-960HC can be used as a process concentration meter, and also to monitor changes in the concentration of specified chemicals.