Ενισχυτές Iσχύος PAR (Princeton Applied Research)
Οι ενισχυτές ισχύος της Princeton Applied Research προσφέρουν ευέλικτες λύσεις για την ενίσχυση των δυνατοτήτων των ηλεκτροχημικών δοκιμών. Σχεδιασμένοι για να επεκτείνουν τα εύρη ρεύματος και τάσης, είναι διαθέσιμοι σε διατάξεις ενός και πολλαπλών καναλιών, εξασφαλίζοντας την συμβατότητα με μια ευρεία γκάμα ποτενσιοστατών.
🟦 PAR Power Boosters
The Power Boosters by Princeton Applied Research are designed to enhance the performance of electrochemical systems by extending the current and voltage range of standard potentiostats. Available in both single-channel and multi-channel configurations, they are ideal for high-power applications such as battery development, fuel cell research, and electroplating. These boosters ensure greater flexibility, higher output capabilities, and seamless integration with VersaSTAT and PARSTAT MC systems. Fully controlled through VersaStudio software, they provide reliable scaling and operation, making them a powerful tool for researchers requiring precision, scalability, and efficiency in advanced electrochemical testing.
🟦 PAR Single Channel Power Booster
The Single-Channel Power Boosters from Princeton Applied Research are external modules designed to extend the current and compliance voltage capabilities of compatible potentiostats. They are ideal for demanding applications such as battery testing, fuel cell research, and electroplating, offering boosted current up to ±20 A and compliance voltage up to ±50 V. The polarization voltage remains controlled by the connected potentiostat, ensuring precise experimental conditions. These boosters offer flexibility, as they can be either purchased with the potentiostat or added later as a performance upgrade. All necessary scaling and control parameters are automatically managed by the VersaStudio software, enabling seamless operation and reliable data acquisition.
➡️ High current output up to ±20 A
➡️ Extended compliance voltage up to ±50 V
➡️ Compatible with a range of Princeton potentiostats
➡️ External design allows flexible integration
➡️ Polarization voltage defined by the potentiostat
➡️ Can be purchased upfront or added as an upgrade
➡️ Full control via VersaStudio software
🟦 PAR Single Channel Boosters Family
| Model | Max Current (Applied / Measured) | Compliance Voltage | Polarization Voltage | Connectivity / Operation |
|---|---|---|---|---|
| 20A/“Potentiostat” | ± 20 A | ± 20 V | Defined by Potentiostat | External Booster connected to internal interface card |
| 8A/“Potentiostat” | ± 8 A | ± 50 V | Defined by Potentiostat | External Booster connected to internal interface card |
🟦 Applications and Software
The PAR Power Boosters are seamlessly controlled through VersaStudio software, enabling coordinated experiments alongside compatible VersaSTAT and PARSTAT single-channel potentiostats. These boosters are essential for research that demands higher current output, significantly enhancing testing performance in various advanced electrochemical applications.
Increased charge-discharge rates for energy-storage and energy-conversion devices, such as Li-ion batteries and supercapacitors
Enhanced AC signal levels to improve Electrochemical Impedance Spectroscopy (EIS) on low-impedance, large form-factor cells
Kinetic studies or electroplating research involving larger sample sizes or higher sample processing rates
🟦 Options
| Option Type | Description | Model Number |
|---|---|---|
| 2A High Current Option | ±2 A output for battery, fuel cell, or electroplating applications | 2A/VersaSTAT4 |
| FRA Option | Internal Frequency Response Analyzer for impedance analysis (10 µHz to 1 MHz range) | FRA/VersaSTAT4 |
🟦 PAR MultiChannel Power Booster
The PMC Multi-Channel Power Boosters are integrated modules that install directly into the PMC Chassis, extending the current handling capabilities of both the PMC-1000 and PMC-2000A systems. Designed for advanced electrochemical testing, these boosters are ideal for researchers working with high-power devices or low-impedance systems, such as batteries, fuel cells, and large-area electrodes. With flexible scalability and seamless operation, they provide a powerful solution for multi-channel, high-current experimentation.
➡️ 10 A in-chassis booster available and compatible with the PMC-1000 and PMC-2000A
➡️ Higher currents up to 30 A when used in parallel for battery, fuel cell, or electroplating applications
➡️ Each PMC CHS08A chassis supports up to 5 boosters
➡️ Test higher power and lower impedance batteries
➡️ Study larger electrodes with higher surface area
🟦 PMC Booster Family
Current extending boosters add to the already impressive high current capabilities of the PARSTAT MC potentiostat cards by extending the current range to 10 Amps. Up to 30 Amps of current for a single potentiostat card can be achieved by combining 3 boosters in parallel. All cables needed for parallel operation are included with each booster.
Designed specifically for the PARSTAT MC system, these boosters are capable of both DC and EIS (AC) experiments and can be installed directly into the PARSTAT MC chassis alongside the PMC-1000 or PMC-2000A cards that you have chosen instead of requiring a booster-only chassis. Not only does this save you money on your project, but it also helps you reduce the overall space your new system will occupy in your laboratory. These boosters can also be added after your purchase and are field-upgradeable thanks to the design of the PARSTAT MC chassis.
The foundation of the PARSTAT MC is the smart design of the chassis which does more than house potentiostats and boosters. The chassis utilizes user-replaceable modules with industry-leading robustness and serviceability.
➡️ Provides power, communication, and thermal dissipation to different potentiostat, galvanostat, and booster models
➡️ Constructed completely of user-replaceable functional blocks: power supply, backplane, and fans
➡️ Designed with footprint in mind, maximizes valuable bench space and fits within a standard rack
➡️ Uses on-board buffering for intelligent data transfer; protects against communication interruptions while allowing for high-speed data acquisition experiments
➡️ Maintains electrical isolation of each channel, allowing control of multiple working electrodes; asynchronous experiments will not impact each other
➡️ Manages installation and removal of channels without interrupting ongoing experiments
➡️ Houses up to 20 potentiostats, offering more throughput than any multi-channel potentiostat on the market
🟦 PARSTAT MC 2000A
🟦 PARSTAT MC 1000
The PARSTAT MC potentiostat family has reset expectations with the unparalleled research grade PMC-2000A potentiostat and galvanostat. With market-leading specifications in current range, input impedance, applied voltage range, and frequency range, all as standard features of the PMC-2000A, it sits atop our potentiostat family and the multi-channel potentiostat marketplace.
| Specification | Details |
|---|---|
| Compliance Voltage | ± 30 V |
| Polarization Voltage | ± 30 V, ± 6 V |
| Standard Maximum Current | 1 A |
| Standard Lowest Current Range | 4 nA |
| Number of Current Ranges | 10 ranges |
| EIS Frequency Range | 7 MHz to 10 µHz |
| Data Acquisition Rate | 1000 kS/sec (1 µs) |
| PMC-2000A PSTAT Card | AC/DC |
| Auxiliary Voltage (6-WIRE) | Standard |
The PMC-1000 potentiostat was designed with an extensive range of applications in mind. The wide native current range of the PMC-1000 allows for the complete characterization of low current nano devices, as well as high current batteries, with a single potentiostat card. This broad current range is not available from any other manufacturer without the addition of low current amplifiers or boosters. The PMC-1000 cards are configured with ten (10) current ranges, allowing a number of applications and techniques from corrosion to energy storage.
| Specification | Details |
|---|---|
| Compliance Voltage | ± 12 V |
| Polarization Voltage | ± 10 V |
| Standard Maximum Current | 2 A |
| Standard Lowest Current Range | 4 nA |
| Number of Current Ranges | 10 ranges |
| EIS Frequency Range | 1 MHz to 10 µHz |
| Data Acquisition Rate | 500 kS/sec (2 µs) |
| PMC-1000 PSTAT Card | AC/DC |
| PMC-1000/DC PSTAT Card | DC only |
🟦 Software
VersaStudio software is a comprehensive control platform designed for use with PMC-1000 and PMC-2000A potentiostats, offering seamless integration and precise management of electrochemical experiments, including those with PMC Boosters.
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