In-Situ Electrochemical Raman Spectrometer gora-Lite+EC
gora-Lite+EC in-situ electrochemical Raman spectrometer synchronously collects electrical signals/Raman spectra through confocal optics,revealing reactants/products. Efficient confocal design gives quality Raman spectra at submicrometer resolution;modular housing fits gloveboxes for reaction monitoring.
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Overview
gora-Lite+EC in-situ electrochemical Raman spectrometer synchronously collects electrical signals/Raman spectra through confocal optics,revealing reactants/products. Efficient confocal design gives quality Raman spectra at submicrometer resolution;modular housing fits gloveboxes for reaction monitoring.
Specifications
| Parameter | Value |
|---|---|
| Microscopic Imaging | LED light source, 600 ten-thousand-pixel camera, 16 adjustable intensity levels |
| Mode Switching | Electrically Controlled Switching |
| Typical System Parameters - Sample Stage | Optional motorized translation stage, travel range 75mm*50mm, minimum step 0.1μm |
| Typical System Parameters - Sample Stage | Compatible with different types of in situ electrochemical cells |
| Typical System Parameters - Objective | 20x 50x plan semi-apochromatic long-working-distance objective set |
| Autofocus | Optional Z-axis autofocus |
| Polarization Extension | Supports polarization extension, fully electrically controlled switching, adjustment accuracy 1°, and one-click 360° scanning under VH/HH polarization |
| Typical System Parameters - Excitation Wavelength | 532nm (633nm, 785nm and other wavelengths optional) |
| Excitation Light Source | 532nm narrow-linewidth single-mode fiber laser, linewidth <0.1nm, output power 50mW, adjustable power |
| Excitation Spot Diameter [@100X Objective] | less than 1 μm@100X Objective |
| Detector Selection [Fiber Spectrometer] | Fiber spectrometer: pixel count 1024*64, short integration time 4ms~60min, cooling temperature 40°C below ambient, peak quantum efficiency 90% |
| Detector Selection [Imaging Spectrometer] | Imaging spectrometer: focal length 320mm, resolution 0.1nm@1200g/mm grating, choice of three gratings, pixel count 2000*256, cooling temperature down to -60℃, peak quantum efficiency 90% |
| Sensitivity [Fiber Spectrometer] | 5:1 (signal-to-noise ratio of the third-order silicon peak) |
| Sensitivity [Imaging Spectrometer] | 20:1 (signal-to-noise ratio of the third-order silicon peak) |
| Raman Spectral Range [Fiber Spectrometer] | 120~2900 cm-1 (other bands optional) |
| Raman Spectral Range [Imaging Spectrometer] | 120~9000 cm-1 (other bands optional) |
Key Features
One-stop solution: linked operation of an electrochemical workstation and confocal Raman microscope synchronously detects electrochemical signals and Raman spectra, enabling true in-situ Raman characterization of electrochemical reactions. Powerful electrochemical functions: conventional methods including CV, LSV, CA, SWV, NPV, DPV and ACV, unlimited channel expansion and simultaneous multichannel experiments. <1μm confocal platform: confocal Raman optics provide ultrahigh spatial resolution of 0.5μm in XY and 2μm along Z. High SNR: efficient optics achieve a silicon third-order Raman peak SNR greater than 20:1 at 532nm excitation; silicon fluorescence background is far below the first-order Raman peak signal, providing leading SNR in its class. Modular design: flexible, compact layout readily fits gloveboxes and complex operating environments; flexible pairing with Fuxiang Optical fiber or imaging spectrometers provides targeted, cost-effective configurations for diverse applications.
Datasheet
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Supplier Information
Shanghai Ideaoptics Co., Ltd. is a national-level specialized and sophisticated 'Little Giant' enterprise, a deep-spectrum technology innovator. Devoted to the micro-nano optoelectronic field, it develops intelligent full-spectrum technology integrating photonics and AI, building an internationally leading deep-spectrum platform. The company provides comprehensive solutions from technology to products, including micro spectrometers, angle-resolved spectrometers, and confocal Raman spectrometers, widely applied in IC chips, optical chips, biochips, AR/VR, and advanced displays. Through joint R&D centers with universities, Ideaoptics continuously launches breakthrough products, serving over 3,000 customers and cooperating with 170+ semiconductor, advanced materials, and biomedical enterprises, aiming to advance photonic integration and empower semiconductor manufacturing.
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