簡介
Apps-XM Series|SolarLab XM
- Solartron SolarLab XM是一款與英國Bath大學Laurie Peter教授共同開發的特殊應用(極限測量)儀器，專用於太陽能電池/太陽光電研究領域。
- SolarLab XM包括一個參考級恆電位儀、頻率響應分析儀及光電模組，可提供廣泛的各種太陽能/光伏電池的完整特性 - 包括鈣鈦礦及染料敏化太陽能電池。此外，系統還可用於開發可見光譜光電化學系統，例如氧化鐵光催化裂解水。
- SolarLab XM系統的一個重要特點是它的操作簡易性，資料分析只需要單擊一下滑鼠！
- SolarLab XM系統對於經驗豐富的使用者而言，以其強大的步驟順序控制器，提供了開發新實驗類型的能力！
- Solartron SolarLab XM是一款與英國Bath大學Laurie Peter教授共同開發的特殊應用(極限測量)儀器，專用於太陽能電池/太陽光電研究領域。
- SolarLab XM包括一個參考級恆電位儀、頻率響應分析儀及光電模組，可提供廣泛的各種太陽能/光伏電池的完整特性，包括鈣鈦礦及染料敏化太陽能電池。此外，系統還可用於開發可見光譜光電化學系統，例如氧化鐵光催化裂解水。
- SolarLab XM系統的一個重要特點是它的操作簡易性，資料分析只需要單擊一下滑鼠！
- SolarLab XM系統對於經驗豐富的使用者而言，以其強大的步驟順序控制器，提供了開發新實驗類型的能力！
- SolarLab XM系統包括：
- 頻域與時域技術，包括光強度調變光電流/光電壓光譜(IMPS/IMVS)、阻抗、光電壓衰減、電荷提取、電流-電壓。
- 計算有效擴散係數及電子壽命的自動分析。
- NIST可溯源光源校正。
- 基於光源長期穩定性的優異的熱管理。
- 廣泛的多種單色高亮度LED。
- 全套的電化學技術(循環伏安法、計時法、電流法、阻抗法及交流伏安法)。
- 用於同步進行陽極/陰極電壓與阻抗測量的輔助通道(12線式)。
- 同類中最佳的頻率響應分析儀 – 在全頻率範圍上的快速單一正弦、多重正弦/快速傅立葉轉換及諧波分析。
- 用於量子效率測量的IPCE (入射的光子-電子轉換效率) 選購。
- Apps-Xm系列機型應用：
- EnergyLab XM：電池、燃料電池、超級電容。
- EchemLab XM：腐蝕與塗層及物理電化學。
- SolarLab XM：太陽能電池。
- Materials Lab XM：介電、絶緣及電子材料。
|
恆電位儀 |
|
|
電池連接 |
2、3或4端 |
|
儀器連接 |
CE、WE、RE、LO |
|
浮接測量 |
有 |
|
阻抗測量頻寬 |
1MHz (透過頻率響應分析儀) |
|
最大的時間記錄 |
不限制 |
|
IR補償 |
有 |
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對電極(CE) |
|
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平滑類比掃描產生器 |
64Ms/s內插及濾波 |
|
電壓極化範圍 |
±8V |
|
電流極化範圍 |
恆電位儀±300mA |
|
建議的電壓掃描速率 |
25kV/s～1µV/s |
|
建議的電流掃描速率 |
1kA/s～200µA/s |
|
最大的恆定電壓 |
±8V |
|
頻寬(十步階) |
1MHz～10Hz |
|
極化電壓/電流誤差(設定+範圍) |
0.1% + 0.1% |
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最小的脈衝持續時間 |
1µs |
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擺動速率 |
>10V/µs |
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參考輸入(RE) |
|
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連接 |
差動輸入 |
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導線屏蔽 |
驅動(3T)/接地(4T) |
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最大的電壓測量 |
±8V |
|
範圍 |
8V、3V、300mV、30mV、3mV |
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精度(讀值% +範圍% +抵補) |
0.1% + 0.05% + 100µV |
|
最大的解析度 |
1µV |
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輸入阻抗 |
>100 GΩ，< 28 pF (3T) |
|
輸入偏壓電流 |
< 10pA |
|
最大的ADC取樣率 |
1MS/s |
|
工作電極(WE) |
|
|
最大的電流 |
±300mA |
|
範圍 |
300mA～30nA (decades) |
|
精度(讀值% +範圍% +抵補) |
0.1% + 0.05% + 30fA |
|
最大的解析度 |
1.5pA |
|
恆定電壓範圍(浮接) |
±8V |
|
最大的ADC取樣率 |
1MS/s |
|
輔助電極(A、B、C、D) |
|
|
差動輔助電極 |
4個(規格同RE) |
|
DC測量 |
與RE同步 |
|
阻抗測量頻寬 |
1MHz (透過頻率響應分析儀) |
- 詳細規格、選購、配件及軟體，歡迎洽詢。
- SolarLab XM is an application specific XM (Xtreme Measurement) product that is primarily focused on solar cell / photovoltaic research, developed in conjunction with Professor Laurie Peter of the University of Bath, UK.
- SolarLab XM includes a reference grade potentiostat, frequency response analyzer (FRA) and PhotoEchem module that provide complete characterization of a wide range of Solar/PV cells, including Perovskite and Dye Sensitized Solar Cells (DSSC). Additionally, the system can be used for development of visible spectrum photoelectrochemical systems such as Iron-Oxide photo-splitting of water.
- A key feature of this system is its ease of use, with data analysis requiring just one click of the mouse! For experienced users SolarLab XM offers the ability to develop new experiment types with the powerful step sequencer.
- SolarLab XM includes:
- Frequency and time domain techniques including IMPS, IMVS, Impedance, Photovoltage Decay, Charge Extraction, I-V
- Auto analysis for calculating effective diffusion coefficients and electron lifetimes
- NIST traceable light source calibration
- Excellent thermal management of light sources for long term stability
- Wide range of monochromatic high brightness LEDs
- Full set of electrochemical techniques (cyclic voltammetry, chrono methods, galvano methods, impedance and AC voltammetry)
- Auxiliary channels (12-wire) for simultaneous anode/cathode voltage and impedance
- Best in class frequency response analyzer (FRA) - fast single sine, multisine/Fast Fourier Transform, Harmonic Analysis over the full frequency range
- IPCE option for quantum efficiency measurements
|
Potentiostat |
|
|
Cell connections |
2, 3 or 4 terminal |
|
Instrument connections |
CE, WE, RE, LO |
|
Floating measurements |
yes |
|
Impedance measurement bandwidth |
1 MHz (via FRA) |
|
Maximum time record |
Unlimited |
|
IR compensation |
yes |
|
Counter Electrode (CE) |
|
|
Smooth "analog" scan generator |
64 Ms/s interpolated and filtered |
|
Voltage polarization (and compliance) range |
±8 V |
|
Current polarization range |
Pstat ±300 mA |
|
Recommended voltage scan rate |
25 kV/s to 1 µV/s |
|
Recommended current scan rate |
1 kA/s to 200 µA/s |
|
Maximum Compliance |
±8 V |
|
Bandwidth (decade steps) |
1 MHz to 10 Hz |
|
Polarization V / I error (setting + range) |
0.1% + 0.1% |
|
Minimum pulse duration |
1 µs |
|
Slew rate |
>10 V/µs |
|
Reference Inputs (RE) |
|
|
Connections |
Differential Input |
|
Cable shields |
Driven (3T) / Ground (4T) |
|
Maximum voltage measurement |
±8 V |
|
Ranges |
8 V, 3 V, 300 mV, 30 mV, 3 mV |
|
Accuracy (reading % + range % + offset) |
0.1% + 0.05% + 100 µV |
|
Maximum resolution |
1 µV |
|
Input impedance |
>100 GΩ, < 28 pF (3T) |
|
Input bias current |
<10 pA |
|
Maximum ADC sample rate |
1 MS/s |
|
Working Electrode (WE) |
|
|
Maximum current |
±300 mA |
|
Ranges |
300 mA to 30 nA (decades) |
|
Accuracy (reading % + range % + offset) |
0.1% + 0.05% + 30 fA |
|
Maximum resolution |
1.5 pA |
|
Compliance voltage range (floating) |
±8 V |
|
Maximum ADC sample rate |
1 MS/s |
|
Auxiliary electrodes (A, B, C, D) |
|
|
Differential Auxiliary Electrodes |
4 (same spec. as RE) |
|
DC Measurement |
Sychronized to RE |
|
Impedance measurement bandwidth |
1 MHz (via FRA) |
- Please feel free to contact for detailed specifications, accessories, software and options.