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*非常靈敏的Si或InGaAs探測器*光譜儀的波長范圍從220nm到2100nm*帶光纖連接的耦合裝置及C-接口相機(jī)的適配器，可實(shí)現(xiàn)可調(diào)節(jié)的測量點(diǎn)*采用led對測量點(diǎn)進(jìn)行照明*提供綜合評估功能的光譜軟件*可用于Win7/Win8和Win10的軟件

詳細(xì)介紹

TIDAS S MSP-400/800/1000

的顯微鏡光譜儀TIDAS S MSP-400和TIDAS S MSP-800非常有效地滿足了法醫(yī)科學(xué)、材料科學(xué)、生物學(xué)等多個(gè)領(lǐng)域中微量分析的嚴(yán)格性能要求。因其能夠執(zhí)行快速和高靈敏度的測量TIDAS S 顯微分光光度計(jì)系統(tǒng)被在世界各地研究和工業(yè)用戶所認(rèn)可。

•法醫(yī)學(xué)

•材料科學(xué)、納米技術(shù)、半導(dǎo)體、顯示器

•生命科學(xué)、生物、化學(xué)

•視頻成像

•反射測量(亮場，暗場)

•偏振測量和熒光

•可與不同的顯微鏡組合使用

Unbeatable performance in forensics and other applications
Used for various applications in labs all over the world

The microscope spectrometers TIDAS S MSP-400 and TIDAS S MSP-800 are especially designed for the needs of forensic scientists. They cover numerous applications related to transmission, reflectance, or fluorescence of samples, depending on the chosen configuration. Polarization and studies in UV range are optional features depending on the selected configuration of the microscope.

In collaboration with top labs, the system hardware was optimized for best sensitivity and most effective ergonomics; similarly, powerful user-friendly software was developed with many convenient and helpful features for efficient use of such high-end systems. This has resulted in TIDAS S MSP-400 and TIDAS S-800 being instrument of choice in many laboratories all over the globe.

Of course the uses of the TIDAS S MSP systems are not limited to forensic applications (fibers, paint and glass, questioned documents). Because of their inherent versatility, high sensitivity and ease-of-use, the TIDAS S MSP-400 ａnd TIDAS S MSP-800 have found numerous applications in diverse fields of studies, for example in material science (including nanotechnology), semiconductor industry (film thickness analysis, contamination study), displays (quality control of LED, OLED or TFT-displays), restoration of historic samples and many more.

Software for system control:

Control of the spectrometer ａnd the microscope
Individual configuration of the analysis parameters
Color analysis according to CIE, exposition of the chromaticity in CCC-system (complementary chromaticity coordinates)
Convenient mathematical functions implemented (derivative calculation, smoothing and much more)
Display of results in various histograms and/or tables
Export to different data types possible
Calibration standards available

Software for online video imaging:

Simultaneous online video imaging possible
Storage of video images possible
Exposition of the measuring diaphragm on the region of interest

TIDAS S MSP HyperSpec

Spectral Imaging with Microscopes

Short Introduction

During the last years the coupling of camera systems with spectroscopic detectors became more and more popular. Spectral imaging allows the combination of spectral data with spa- tial information. Instead of measuring at one spot you get spectral information on every point of the surface. Specially in the combination with microscopes this technique opens a

wide field for new applications in life and material sciences. In forensic application this technique offers a possibility to a rapid scanning and pre-identification of samples like fibers on adhesive tapes. The fibers maybe identified according their shapes and spectra can be tak- en directly from the image. Traces of interest then may be prepared from the tape for further investigations using UV/VIS microscope spectroscopy, Raman or IR. Cameras are available with different wavelength ranges, covering the VIS/NIR range. UV-Cameras are under development and will be available quite soon as well.

Schematic principle of technique (picture courtesy of SpekLED GmbH, Pepelow)

Advantages :

• Adaptable on nearly every microscope

• Fast image acquisition

• No filter or light source changes needed

• No scanning device, no translation unit

• Use like a normal camera

• Almost one setup for multiple use

• Independent on probe properties

Applications in microscopy:

• Analysis of different cell structures

• Tumor detection

• Detection fluorescence markers

• Classification of equal structures

• Trace analysis (fibers und paint pieces)

• Wound healing

GUI showing sample pictures and spectra (picture courtesy of Cubert GmbH, Ulm)

Different types of hyperspectral cameras mounted on a microscope

TIDAS S 800 / CCD UV/NIR 2098

Specifications:

Wavelength range	200 - 980 nm
Spectral resolution	< 4 nm
Wavelength accuracy	< 0,5 nm
Wavelength reproducibility	< 0,1 nm
Baseline drift @ 250 nm	5*10-4 AU/h according to ASTM E685
Signal-to-noise ratio	< 4*10-5 AU according to ASTM E685
Number of diodes	1044 x 64
Dimensions	345 x 145 x 315 mm (W x H x D)
Weight	8 kg
Voltage	85 - 265 VAC / 47 - 63 Hz
IN/OUT	Standard: 2 x IN / 2 x OUT Microscope spectrometer: 4 x IN / 8 x OUT
Illumination	2 white LED, SMA 905
Optical connection	SMA 905
A/D converter	16 Bit
Order number	81 660 05