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advantest TAS7000 成像系统

简要描述:advantest TAS7000 成像系统 3D Imaging Analysis Systemimg_tas7000_0001TAS7000 3D Imaging Analysis SystemThe TAS7000(?1) 3D(?2) imaging analysis system exploits the unique properties of terahertz waves(?3).

  • 产品型号:爱德万TAS7000
  • 厂商性质:经销商
  • 更新时间:2024-04-19
  • 访  问  量:823

详细介绍

品牌ADCMT/爱德万产地类别进口
应用领域综合

advantest TAS7000 成像系统


3D Imaging Analysis Systemimg_tas7000_0001TAS7000 3D Imaging Analysis SystemThe TAS7000(?1) 3D(?2) imaging analysis system exploits the unique properties of terahertz waves(?3).The TAS7000 enables 3D non-destructive analysis of the internal structure and chemical composition of the target ; the results are shown on a 3D display. In addition, this system enables measurement of spectral characteristics and 2D(?4) mapping.Advantest has developed an unprecedented solution for 3D analysis of industrial materials such as plastics and ceramics, as well as pharmaceutical products.?1: TAS7000 = This system was developed by Advantest in collaboration with Prof. Dr. Kodo Kawase of Nagoya University.?2: 3D = Three-dimensional?3: Terahertz waves = Region of electromagnetic spectrum between hundred gigahertz to tens of terahertz.?4: 2D = Two-dimensional


A global first: non-destructive 2D and 3D analysis utilizing Terahertz waveThe TAS7000 enables non-destructive, 2D and 3D analysis of the internal composition and structure of measurement targets, utilizing computed tomography (CT) and exploiting the unique properties of terahertz waves.The TAS7000 enables not only analysis of the structural homogeneity of an internal substance, but also identification of constituents and quantitative distribution measurement.Moreover, in contrast with other regions of the electromagnetic spectrum, terahertz waves can penetrate various types of materials with moderate transmittance, allowing for analysis.High-speed measurement utilizes Advantest's terahertz optical sampling technologyThe TAS7000 relies on Advantest's newly developed, ultra-short pulse femtosecond optical fiber laser technology for terahertz wave generation and detection, and utilizes the company's original terahertz wave high-speed optical sampling technique. Thus, it delivers measurement throughput approximay 1000 times greater than the previous system.Broadband terahertz wave spectroscopic analysis up to 3THzThe TAS7000 enables broadband, high-resolution spectroscopic analysis up to a maximum analytical frequency of 3THz. The system is ideally suited for acquiring fingerprint spectra of a comprehensive range of chemical, industrial, and biological materials. For high precision, the system has the option to remove water vapor from the sample chamber by flowing dry air during the measurement.


SpecificationsApplications Non-destructive analysis, 3D constituent density distribution analysis, 3D spectroscopic measurementAnalytical functions 2D / 3D computed tomography (CT) density distribution analysisTerahertz spectroscopic transmission analysis:2D / 3D CT spectroscopic measurement mode2D spectroscopic measurement mode (mapping measurement)Spectroscopic measurement modeAnalytical frequency range (?1) High dynamic range module : 0.02THz to 0.6THz Broadband module (?2) : 0.05THz to 3THzDynamic range (?1) High dynamic range module : ≥60dB (at peak, 3min.)Broadband module : ≥50dB (at peak, 15min.)Spatial resolution of CT measurement function (?1) ≤3mm (using wire phantom; modulation transfer function (MTF), 10%)Throughput Maximum waveform acquisition speed : 250Hz?(Spectroscopic measurement mode)Acquisition time for CT cross section : ≤15min.?(Measurement of 1 CT cross section is divided into 64×64)Maximum sample size and weight ≤φ310mm (12.2inch) × 310mm (12.2inch) (H)≤20kgOperating environment Temperature : +10°C to +30°C Relative humidity : ≤80% (non-condensing)Power requirements AC100V (100-120) / 200V (220-240), 850VA, 50/60HzDimensions Size : 1500mm (W) × 1570mm (D) × 1600mm (H)Mass : 400kg or less (?3)?1: At temperatures of 23°C ±5°C.?2: With dry air option.?3: Including analysis unit and CT test bench carrier, excluding hardware options and PC.


Applications: Ceramic Filter AnalysisNon-Destructive Analysis of Ceramic Filters for Reduction of Diesel Engine EmissionsNovel method for non-destructive analysis of ceramic filtersThe DPF(?1) is a key component of the after-treatment system that reduces emissions from diesel engine exhaust gas. Analyzing accumulated PM(?2) such as soot and ash in a DPF is critical for optimizing the after-treatment system.The TAS7000 enables non-destructive analysis of the 3D-PM(?3) distribution in a DPF, as well as soot and ash analyses.img_tas7000_0004_en?1: DPF = Diesel Particulate Filter?2: PM = Particulate Matter?3: 3D = Three-dimensionalimg_tas7000_0003DPF Analysis with the TAS7000img_tas7000_0006_enMeasurement principleimg_tas7000_0007Sample DPFWhen a DPF sample is placed on the CT test bench, it is scanned with broadband terahertz radiation. By analyzing the spectral characteristics of the radiation transmitted through the sample, the system can display a data-rich graphics of the internal structure and quantitative distribution (g/L) of PM within the sample.img_tas7000_0005_enimg_tas7000_0008_en3D-PM quantitative distribution analysisof sampleimg_tas7000_0009_en2D-PM quantitative distribution analysis of sampleAdvantages of the TAS7000 for DPF AnalysisOptimizing product quality using 3D quantitative distribution analysisThe TAS7000 enables PM quantitative distribution (g/L) analysis in arbitrary areas within DPF samples, allowing developers to obtain data to visualize the thickness of soot and ash layers in detail, and to assess any changes in the internal structure of the filter. This data can facilitate the design of optimal after-treatment systems.Improving R&D efficiencyBy making it possible for the first time to analyze filter samples without physically dissecting them, development time can be sharply reduced. Additionally, repeated analyses of the same sample are possible, allowing for confirmation of results and monitoring changes in follow-up investigations.Ease of operationNo complicated setup is necessary. Samples are simply placed on the CT test bench.

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