簡介
ModuLab® XM Series|ModuLab® PhotoEchem
- ModuLab® PhotoEchem系統本著Solartron世界首屈一指的光電轉換函數測量技術，提供一個高品質的測量平台，以測量一系列光電化學設備，例如：染料敏化太陽能電池、鈣鈦礦電池、光陽極…等。
- 英國Bath大學教授Laurie Peter在ModuLab PhotoEchem系統開發期間曾擔任科學顧問，以協助確保此系統符合當今市場上要求最嚴苛的太陽能研究人員的需求。
- ModuLab® PhotoEchem系統本著Solartron世界首屈一指的光電轉換函數測量技術，提供一個高品質的測量平台，以測量一系列光電化學設備，例如：染料敏化太陽能電池(DSSC)、鈣鈦礦電池(Perovskite cells)、光陽極(photoanode)等。
- 英國Bath大學教授Laurie Peter在ModuLab PhotoEchem系統開發期間曾擔任科學顧問，以協助確保此系統符合當今市場上要求最嚴苛的太陽能研究人員的需求。
- 重要特點：
- 完全整合的光學與電氣測量系統。
- 自動運行和自動分析功能：只需3次滑鼠點擊，即可輸入、運行及分析超過300個以上不同步驟的複雜的DSSC測試！極適於此領域的研究新手使用。
- > 0.1太陽光等效輸出的強大、高度準直聚焦的光學元件。
- 參考偵測技術 - 可排除高頻IMPS與IMVS研究的相位與振幅誤差。
- 全面的技術組合，包括IMPS/IMVS、附光控的EIS、電荷萃取及光電壓衰減。
- V分析包括填充因子、太陽能電池效率及功率。
- 重複性與再現性的NIST可追溯校正例行程序。
- 光學系統皆配備ND濾光鏡，以用於低光度研究。
- 具白色偏壓光源的IPCE附加模組，可用於研究所有光電與光陽極器件。
- 不只適用於研究染料敏化太陽能電池(DSSC)，還適於以下應用：
- 光電化學研究。
- 量子點及有機太陽能。
- 光合研究。
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恆電位儀 |
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插槽 |
1個 |
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電池連接 |
2、3或4端 |
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儀器連接 |
CE、WE、RE、lo |
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浮接測量 |
有 |
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阻抗測量頻寬 |
1MHz (透過頻率響應分析儀) |
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最大的ADC取樣率 |
1MS/s |
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平滑掃描產生器 |
64MS/s內插及濾波 |
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最大的時間記錄 |
1MS/s |
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DC掃描速率(恆電位) |
1.6MV/s ~ 1µV/s |
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DC掃描速率(恆電流) |
60kA/s ~ 200µA |
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最小的脈衝持續時間 |
1µs |
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IR補償 |
有 |
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對電極 |
|
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電壓極化範圍 |
±8V (±100V) |
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電流極化範圍 |
±300mA (±2 A) |
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參考輸入(RE) |
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連接 |
差動輸入 |
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導線遮蔽 |
驅動/接地 |
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最大的電壓測量 |
±8V |
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工作電極(WE) |
|
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最大電流 |
±300mA |
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範圍 |
300mA ~ 30nA |
- 詳細規格、選購、配件及軟體，歡迎洽詢。
The system, based upon Solartron Analytical's world-leading experience in transfer function measurements, offers a high-quality measurement platform for characterizing a range of photoelectrochemical devices such as DSSC's, Perovskite cells, and Photoanodes," noted Professor Laurie Peter, world leading expert, University of Bath, UK. Professor Peter acted as scientific advisor during the development of the ModuLab PhotoEchem system and helped ensure the system met the requirements of the most demanding photovoltaic researchers in the market today.
Key Features:
- Fully Integrated Optical and Electrical Measurement System
- Auto-Run and Auto – analyze facility. Only 3 mouse clicks to enter, run, and analyze complex DSSC tests with more than 300 individual steps! Ideal for new researchers to this field
- Powerful, highly collimated and focused optics with > 0.1 Sun equivalent output
- Reference Detection technique for elimination of phase and magnitude errors for high frequency IMPS and IMVS studies
- Comprehensive Suite of Techniques including IMPS/IMVS, EIS with light control, Charge Extraction and Photovoltage decay
- I-V analysis including Fill Factor, Efficiency and Power
- NIST traceable calibration routines for repeatability and reproducibility
- ND filter included with optical system for low light studies
- IPCE add-on module with White Bias light source for studying all Photovoltaic and Photoanode devices.
Not just for DSSC's...
The system can equally be used for the following applications:
- Photoelectrochemical Studies
- Quantum Dot and Organic Photovoltaics
- Photosynthetic studies
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Potentiostat |
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Slots Taken |
1 |
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Cell Connections |
2,3,or 4 terminal |
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Instrument Connections |
CE, WE, RE, lo |
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Floating Measurements |
yes |
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Impedance Measurement Bandwidth |
1 MHz (via FRA) |
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Maximum ADC sample rate |
1MS/s |
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Smooth S an Gene ator |
64 MS/s interpolated and filtered |
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Maximum Time Record |
1 MS/s |
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DC Scan Rate (potentiostatic) |
1.6 MV/s to 1 µV/s |
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DC Scan Rate (galvanostatic) |
60 kA/s to 200 µAs |
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Minimum Pulse Duration |
1µs |
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iR Compensation |
yes |
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Counter Electrodes |
|
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Voltage Polarization Range |
±8 V (±100V) |
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Current Polarization Range |
±300 mA (± 2A) |
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Reference Inputs (RE) |
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Connections |
Differential Input |
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Cable Shields |
Driven / Ground |
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Maximum Voltage Measurements |
±8V |
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Working Electrode (WE) |
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Maximum Current |
±300 mA |
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Ranges |
300 mA to 30nA |
- Please feel free to contact for further detailed specifications.