CN205958511U - High flux electrochemical testing system - Google Patents
High flux electrochemical testing system Download PDFInfo
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- CN205958511U CN205958511U CN201620706580.0U CN201620706580U CN205958511U CN 205958511 U CN205958511 U CN 205958511U CN 201620706580 U CN201620706580 U CN 201620706580U CN 205958511 U CN205958511 U CN 205958511U
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Abstract
The utility model relates to a high flux electrochemical testing system, its master controller module and two at least electrochemistry test channel that include electric connection, master controller module is used for carrying donator control signal, electrochemistry test channel include with master controller module be connected from controller module and electrochemistry test module, it returns from the controller module to carry out electrochemistry test back result feedback according to main control signal control electrochemistry test module to the object that awaits measuring from the controller module, handle and feed back and handle the back signal extremely from the controller module master controller module, the master controller module basis handle the electrochemistry test data that back signal analysis generated the object that awaits measuring. Adopt the test system can be in step awaits measuring the object to the difference and carries out the electrochemistry test, and difficult production signal interference between the signal of a plurality of processing back.
Description
【Technical field】
This utility model is related to field of electrochemical test, more particularly, to a kind of high flux electrochemical test system.
【Background technology】
Electrochemical test system can be applicable to plating research, battery research, metal erosion research and Conventional electrochemical test
Deng especially in battery research field with more.Existing electro-chemical test mostly is single channel, inefficiency, and autgmentability is poor,
Stability is poor, has much restricted for actual research.
The deficiency of multi-channel electrochemical test cannot be realized for existing Electrochemical Measurement Technology, in the urgent need to a kind of effective
And between multigroup electro-chemical test group, it is not likely to produce the Electrochemical Measurement Technology of signal interference.
【Utility model content】
For overcoming the larger problem of the signal interference of existing multi-channel electrochemical test, this utility model provides a kind of high pass
Amount electrochemical test system.
This utility model is to provide a kind of high-flux electric test chemical system for solving a technical scheme of above-mentioned technical problem
System, the electro-chemical test passage that the main controller module and at least two that it includes being electrically connected with is independently arranged, master controller mould
Block is used for controlling described electro-chemical test passage to be tested, and described electro-chemical test passage includes and described main controller module
Connect from controller module and electro-chemical test module, the described master control being used for from controller module according to main controller module
Signal processed controls described electro-chemical test module that object to be measured is carried out with electro-chemical test, and described electro-chemical test module carries out electricity
Result after test chemical feed back to described after feeding back described process from controller module after being processed again signal to described master
Controller module, described main controller module is analyzed and generates according to signal after the described process from controller module feedback
The electrochemical test data of object to be measured.
Preferably, the described of each electro-chemical test passage is arranged between controller module and described main controller module
There are at least two isolation communication modules, after described isolation communication module is used for the process by the exception sending from controller module
Signal is isolated to avoid enter into described main controller module.
Preferably, described main controller module and described a communication bus, described communication are set between controller module
Bus is used for improving communication protocols tonality and signal stabilization between described main controller module and multiple electro-chemical test passage.
Preferably, attachment means, described attachment means are set between controller module and described communication bus described
It is multiple and one-to-one corresponding with the described quantity from controller module.
Preferably, described electro-chemical test module further include signal generator module, constant potential/constant current module and
Data acquisition module；Described send from control signal after controller module receives main control signal, described signal generator
Module receive by described from controller module send from control signal, described signal generator module be used for by described from control
Signal is converted to controlling potential/current signal and is sent to constant potential/constant current module；Described constant potential/current module is used for
After receiving described controlling potential/current signal, object to be measured is applied with specific incentives, and the potential difference/electric current difference data that will produce
After signal is collected via described data acquisition module, send back described from controller module.
Preferably, described high flux electrochemical test system further includes to be connected respectively with described main controller module
Memory module and RTC block, described memory module be used for described main controller module generate object to be measured electrochemistry
Test data is stored, and described RTC block is used for the date of described high flux electrochemical test system and time are carried out more
New and preserve.
Preferably, described high flux electrochemical test system further includes to be connected respectively with described main controller module
USB module and display module, described USB module be used for for described high-flux electric test chemical systems with data input with defeated
The port going out, described display module is used for showing the real-time behavior of described high flux electrochemical test system.
Preferably, described high flux electrochemical test system further includes to be connected respectively with described main controller module
GPRS module, infrared remote control module and the first protection module, wherein, described first protection module is used for described master controller mould
Block is monitored, as occur abnormal conditions then Real-time Feedback warning message to described GPRS module, described GPRS module be used for
User remotely provides electrochemical test data and the alarm signal by described first protection module feedback of main controller module generation
Breath, described infrared remote control module is used for main controller module described in user's infrared remote control.
Preferably, described electro-chemical test passage further includes address module, and described address module is used for indicating described
The physical address of electro-chemical test passage.
Preferably, described main controller module and described electro-chemical test passage connect independent current source respectively.
With respect to prior art, high flux electrochemical test system provided by the utility model is due to having at least two
The electro-chemical test passage being independently arranged and being connected with master controller module, and described electro-chemical test passage includes from control
Device module and electro-chemical test module, the result that described electro-chemical test module is tested to object to be measured feed back to described from
Controller module, because described mutual biography signal of communication between controller module and described main controller module is independent biography
Defeated, therefore, multiple main control signals that main controller module sends from by multiple described electro-chemical test passages to different to be measured
It is not likely to produce signal interference, thus can synchronously carry out between signal after object produced multiple process after carrying out electro-chemical test
Multi-channel electrochemical is tested, and obtains the high flux Electrochemical results that stability is strong and accuracy is high.
【Brief description】
Fig. 1 is the structural representation of this utility model first embodiment high flux electrochemical test system.
Fig. 2 is the structural representation of this utility model first embodiment high flux electrochemical test system one variant embodiment
Figure.
Fig. 3 is that the structure of electro-chemical test passage in this utility model first embodiment high flux electrochemical test system is shown
It is intended to.
【Specific embodiment】
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only in order to solve
Release this utility model, be not used to limit this utility model.
Refer to Fig. 1, this utility model first embodiment provides a kind of high flux electrochemical test system 10, it includes leading
Control system 11, supply module 12, communication bus 13, at least two attachment means 14 and at least two electro-chemical tests being independently arranged lead to
Road 15.Described master control system 11 is connected with described supply module 12 and described communication bus 13 respectively.Described attachment means 14 are used
In the described electro-chemical test passage of electric connection 15 and described communication bus 13.
Specifically, described master control system 11 is used for being used for generating described master control for described high flux electrochemical test system 10
Signal processed, to realize controlling between the functional module that is connected with described master control system and to accept the signal that functional module feeds back and enter
Row processes the electrochemical test data generating described high flux electrochemical test system 10.Described supply module 12 is used for as described
Master control system 11 provides power supply.Described communication bus 13 is used for as providing between described master control system 11 and described attachment means 14
Signal centre.Described attachment means 14 are used for providing one can quickly realize described electro-chemical test passage 15 and described communication bus
The attachment structure of 13 electric connections, described attachment means 14 are connected with described communication bus 13, for described high flux electrification
Learn test system 10 to extend；Described electro-chemical test passage 15 is connected to described communication bus 13 by described attachment means 14
On, described electro-chemical test passage 15 carries out electro-chemical test to object to be measured.
Being provided with of described communication bus 13 is beneficial to form multiple electrifications in described high flux electrochemical test system 10
Learn TCH test channel 15, and the communication-cooperation function between multiple described electro-chemical test passages 15 can be optimized, and described master can be made
Control system 11 quickly positions to electro-chemical test passage 15 each described, to improve the letter of described electro-chemical test passage 15
Number conveying stability.
In some embodiments of this utility model, described communication bus can for I2C bus, spi bus, SCI bus,
Isa bus, eisa bus, VESA bus, pci bus, Comppact PCI, RS-232 bus, RS-485 bus, IEEE-488
One of buses such as bus, usb bus.
In some preferred embodiments of this utility model, described attachment means 14 and described electro-chemical test passage 15
Quantity can be multiple and one-to-one corresponding, and multiple described attachment means 14 are all via described communication bus 13 and described master control system
11 electric connections.
In some preferred embodiments of this utility model, described attachment means 13 are connector further, described electrification
Learn TCH test channel 15 access communications bus 13 in the way of connector in, thus realize described electro-chemical test passage 15 with described
Communication between master control system 11, in this way, this high flux electrochemical test system 10 is expansible to be gone out to have and lead in a large number
The electrochemical test system in road.
Wherein, as shown in fig. 1, described master control system 11 includes a main controller module 111, and described electro-chemical test leads to
Road 15 include being connected with described main controller module 111 from controller module 151 and electro-chemical test module 150.Described master
Controller module 111 is used for controlling described electro-chemical test passage 15 to be tested.Specifically, described main controller module 111
Produce main control signal to from controller module 151, described be used for according to main controller module 111 from controller module 151
Main control signal controls described electro-chemical test module 150 to carry out electro-chemical test to object to be measured.Described electro-chemical test mould
The result that block 150 generates after carrying out electro-chemical test feed back to described feed back to after controller module 151 is processed described
Main controller module 111, described main controller module 111 enters according to signal after the described process from controller module 151 feedback
Row analysis generates the electrochemical test data of object to be measured.
After described process, the coded format of signal is to be applicable to described main controller module with described from controller module
Communication standard.
Please continue to refer to Fig. 2, described master control system 11 further includes GPRS module 112, memory module 113, infrared distant
Control module 114, USB module 115, display module 116, RTC block 117, lightning-protection module 118, the first protection module 119 and first
Isolation communication module 110.
Wherein, described main controller module 111 connects described GPRS (Gen eral Packet Radio respectively
Service, general packet radio service technology) module 112, described memory module 113, described infrared remote control module 114, described
USB (Universal Serial Bus, USB (universal serial bus)) module 115, described display module 116, described RTC (Real-
Time Clock, real-time clock) module 117, described lightning-protection module 118, described first protection module 119 and described first isolation
Communication module 110.
Described main controller module 111 is used for generating the control signal of controllable connected modules.
Described first protection module 119 is used for providing abnormal conditions as broken for described high flux electrochemical test system 10
The protections such as electricity, short circuit, ESD, excessively stream, overheated, water inlet, further, described first protection module 119 can be additionally used in described master
Controller module 111 is monitored, when described main controller module 111 or be connected with described main controller module 111 other
When abnormal conditions in functional module, described first protection module 119 then Real-time Feedback warning message extremely described GPRS module
112；
Described GPRS module 112 is used for the electro-chemical test that provide described main controller module 111 generate long-range to user
Data and the warning message being fed back by described first protection module 119；Described infrared remote control module 114 is used for described in infrared remote control
Main controller module 111；Described GPRS module 112 and the setting of described infrared remote control module 114, can be described high flux electrification
Learning test system 10 provides effective remotely control and monitoring, thus described high flux electrochemical test system 10 can effectively be expanded
The scope of application.
Described memory module 113, in order to store test information, is particularly useful for described main controller module 111 is generated
The electrochemical test data of object to be measured stored.Thus test can be provided for described high flux electrochemical test system 10
Information and the storing mechanism of related data, can be prevented effectively from test data and lose and can improve transferring of completed test information
Speed, improves the efficiency of described high flux electrochemical test system 10.
Described USB module 115 is used for and host computer (as PC main frame, flat board etc.) communication, is that described high-flux electric chemistry is surveyed
Test system 10 provides the port of data input and output.The setting of described USB module can be easy to described high-flux electric test chemical
System 10 and the communication of host computer.
Described display module 116 is used for showing real-time behavior and the test of described high flux electrochemical test system 10
Information, thus the working condition that user controls described high flux electrochemical test system 10 in real time can be easy to, and can give institute
State the corresponding control instruction of main controller module 111.
Described RTC block 117 is used for the date of described high flux electrochemical test system 10 and the real-time update of time
And preserve it is ensured that the ageing and trackability of 113 data storages of described memory module；
Described lightning-protection module 118 is used for described high flux electrochemical test system 10 lightning protection, is prevented effectively from described height
Flux electrochemical test system 10 is affected by short-time current or voltage are excessive.
As shown in Fig. 2-Fig. 3, described electro-chemical test passage 15 is used for the electro-chemical test of autonomous channel, described high pass
Amount electrochemical test system 10 has substantial amounts of described electro-chemical test passage 15, and described electro-chemical test passage 15 can be integrated many
Plant electrochemical analysis method.Wherein, described electro-chemical test module 150 includes signal generator module 152, constant potential/perseverance electricity
Flow module 153 and data acquisition module 154.Described electro-chemical test passage 15 can further include address module 155, protection mould
Block 156 and the second isolation communication module 157, each described electro-chemical test passage 15 also can with an insulating power supply module 158 even
Connect, described insulating power supply module 158 is used for powering to electro-chemical test passage 15 each described, and each described electrochemistry is surveyed
The insulating power supply module 158 pinging 15 is mutually isolated.
Wherein, described from controller module 151 respectively with described signal generator module 152, described data acquisition module
154th, described address module 155, described protection module 156 and described isolation communication module 157 connect.
Further, described signal generator 152 is connected with described constant potential/constant current module 153, described permanent electricity
Position/constant current module 153 is connected with described data acquisition module 154 further, and described data acquisition module 154 will be adopted further
The result collecting feed back to described from controller module 151.
Specifically, described receive and process the main control letter that described main controller module 111 sends from controller module 151
Number backward signal generator module 152 exports from control signal.Described signal generator module 152 is used for receiving by from controller
Module 151 output from control signal and convert the signal into controlling potential/current signal to be applied to described constant potential/perseverance electric
On flow module 153, i.e. described signal generator module 152 is used for producing needed for driving described constant potential/constant current module 153
Pumping signal.Described constant potential/constant current module 153 is used for receiving after described controlling potential/current signal to object to be measured
Apply specific incentives, thus producing potential difference/difference between current data signal, and further by the potential difference/difference between current of described generation
Data signal is delivered to described data acquisition module 154.Described data acquisition module 154 is used for described potential difference/difference between current
After data signal is collected, by described potential difference/difference between current data signal feed back to described from controller module 151.
Further, described output after controller module 151 can be processed to described potential difference/difference between current data signal
After process, signal feeds back in the described main controller module 111 of described master control system 11.
Described address module 155 is used for indicating the physical address of described electro-chemical test passage 15, thus for described in each
Electro-chemical test passage 15 provides location tags, quickly identifies different electro-chemical tests in order to described main controller module 111
Passage 15.
Described second protection module 156 is then used for the power-off to described high flux electrochemical test system 10, short circuit, electrostatic
The signals such as protection, excessively stream, overheated, water inlet are detected, as described second protection module 156 detects above-mentioned abnormal factorses,
Then described second protection module 156 can provide power-off protection to other modules in described high flux electrochemical test system 10,
Thus avoiding abnormal factorses that described high flux electrochemical test system 10 is adversely affected, and make described high-flux electric chemistry
Test system 10 is impaired.
This utility model some preferably in embodiment, described main controller module 111 is with described from controller module
One communication bus 13 is set between 151, and arranges further between controller module 151 and described communication bus 13 described
Attachment means 14, described attachment means 14 and the described quantity from controller module 151 are multiple and correspond.
This utility model some preferably in embodiment, in conjunction with Fig. 2 and Fig. 3, described high flux electrochemical test system
10 further include at least one isolation communication module, and described isolation communication module includes the first isolation communication module 110 and second
Isolation communication module 157.
Wherein, described first isolation communication module 110 may be provided at the described main controller module of described master control system 11
Between 111 and described communication bus 13, described first isolation communication module 110 is used for ensureing described master control system 11 and described electricity
Effective communication between test chemical passage 15.Described first isolation communication module 110 can be used for isolation and is derived from described electrochemistry
The abnormal signal of TCH test channel 15, thus avoiding abnormal signal to enter in described main controller module 111, is prevented effectively from abnormal letter
Number with normal signal after interfere and led to by master controller due to the described main controller module of the input of abnormal signal
The electrochemical test data that module 111 processes acquisition object to be measured is inaccurate.
Described second isolation communication module 157 may be provided in described electro-chemical test passage 15, is specially arranged on institute
State between controller module 151 and described communication bus 13 (described attachment means 14), described second isolation communication module 157
The signal interference between each described electro-chemical test passage 15 can be effectively isolated, especially can avoid the occurrence of the described of abnormal signal
Electro-chemical test passage 15 impacts to the operation of the normal described electro-chemical test passage 15 running, thus improving electrochemistry
The accuracy of test data.
In these embodiments, the combination that described first isolation communication module 110 isolates communication module 157 with described second
Use, can achieve comprehensive isolation of the abnormal signal of described electro-chemical test passage 15, thus effectively eliminating crossfire, electromagnetism, humorous
The interference signals such as ripple, significantly improve signal quality.
Wherein, by described after the described process that controller module 151 sends, signal abnormal the reason just like described
Electro-chemical test module 150 break down lead to test result error, subject sample to be measured exceed can test scope and lead to survey
Try unsuccessfully or described electro-chemical test passage 15 connection wire road fault etc..
In some alternate embodiments of the present utility model, described isolation communication module may include described first isolation communication
One of module 110 or described second isolation communication module 157 can preferably avoid described electro-chemical test to lead to it is also possible to reach
Signal interference and the abnormal signal isolating described electro-chemical test passage 15 between road 15.
It is appreciated that in some alternative embodiments of this utility model, above-mentioned communication bus 13 and attachment means
14 can omit, and described high flux electrochemical test system 10 can only include the described master control system 11 and at least being electrically connected with
The two described electro-chemical test passages 15 being independently arranged, described master control system includes main controller module 111, and each electrochemistry is surveyed
Ping 15 to include from controller module 151 and electro-chemical test module 150.Described main controller module 111 is used for as institute
State electro-chemical test passage 15 provide main control signal, described electro-chemical test passage 15 be used for connecing from controller module 151
Receive described main control signal and send from control signal to control electro-chemical test module 150 to carry out electrochemistry survey to object to be measured
Try and generate signal after feedback processing to the main controller module 111 of described master control system 11.
In this utility model, described object to be measured can be any form or type, can be such as material, battery status
Deng.For coordinating different objects to be measured and can achieve precisely test, specifically, in some embodiments of this utility model, described electricity
In test chemical passage 15, integrated electrochemical analysis method includes cyclic voltammetry, linear sweep voltammetry, staircase waveform volt
An Fa, Tafel figure, chronoamperometry, timing coulometry, differential pulse voltammetry, general pulse voltammetry, difference general pulse
Voltammetry, square wave voltammetry, exchange (containing phase sensitivity) voltammetry, second harmonic exchange (phase sensitivity) voltammetry, Fourier transformation exchange
Voltammetry, current versus time curve, differential pulse current detecting, the detection of Double deference pulse current, three pulse current detections, integration
Pulse current detection, bulk electrolysis with coulometry, Hydrodynamic Modulation voltammetry, scanning-step mixed method, many current potentials rank
Jump method, ac impedance measurement, AC impedance-measure of time, AC impedance-potential measurement, chronoptentiometry, current scanning meter
When potentiometry, many galvanostatic pulse method, potentiometric stripping analysis, electrochemistry noise measurement, open-circuit voltage-time graph, galvanostat,
RDE controls (0-10V output), any reaction mechanism CV simulator, default reaction mechanism CV simulator, AC impedance digital simulation
One or more of device and fit procedure analysis method.
In this utility model, described master control system 11 is respectively connected independent current source with described electro-chemical test passage 15
(power supply 12 as shown in Figure 2 and insulating power supply 158 as shown in Figure 3).
Compared with prior art, high flux electrochemical test system provided by the utility model has such advantages as：
(1) high flux electrochemical test system provided by the utility model, it include at least two be independently arranged and with
The electro-chemical test passage that main controller module connects, and described electro-chemical test passage includes from controller module and electrochemistry
Test module, described electro-chemical test module carry out electro-chemical test after result feed back to described from controller module is carried out
After feeding back described process after reason again, to described main controller module, described main controller module is according to described from controller mould for signal
After the process of block feedback, signal is analyzed and generates the electrochemical test data of object to be measured.Due to described from controller module
Mutual biography signal of communication and described main controller module between is individual transmission, therefore, multiple masters that main controller module sends
Control signal from by multiple described electro-chemical test passages, different objects to be measured are carried out produced multiple after electro-chemical test
It is not likely to produce mutual signal interference after process between signal, thus synchronously multi-channel electrochemical test can be carried out, and obtain steady
Qualitative strong and high high flux Electrochemical results of accuracy.
(2) each electro-chemical test passage described be provided between controller module and described main controller module every
From communication module, by described isolation communication module (as the described first isolation communication module and/or described second isolation communication mould
Block) setting, described isolation communication module be used for signal after the process by the exception sending from controller module is isolated
To avoid enter into described main controller module, realize the isolation to abnormal signal, with improve described main controller module and each
The stability of signal between described electro-chemical test passage.
(3) high flux electrochemical test system provided by the utility model, described main controller module is with described from control
Between device module processed, a communication bus is set, and is connected dress in described setting between controller module and described communication bus
Put, by the setting of described communication bus and described attachment means, the classification due to signal after multiple process is summed up, and can improve institute
State communication protocols tonality and signal stabilization between main controller module and multiple electro-chemical test passage.Further, pass through
Communication bus also can be beneficial to extend the electrification that described high flux electrochemical test system can be carried out simultaneously with the setting of attachment means
Learn the quantity of test, and can arbitrarily the described electro-chemical test being electrically connected with main controller module in described master control system be led to
It is adjusted from the quantity of controller module in road, also can improve in described high flux electrochemical test system the flexible of test
Degree.
(4) in described electro-chemical test passage, described connect described signal generator module respectively from controller module
With described data acquisition module, described constant potential/constant current module connects described signal generator module and described data respectively
Acquisition module, and further described electro-chemical test passage is being entered to the main control signal being obtained by described main controller module
Signal receives, processes and generates new signal and is defined afterwards.By described signal generator module, described constant potential/
Current module and the setting of described data acquisition module, can effectively will be turned by the main control signal that described main controller module sends
Be changed to correlation pumping signal after, produce corresponding potential difference/difference between current data signal, described from controller module be used for institute
State and export signal after described process after potential difference/difference between current data signal is processed, and signal after described process is fed back to described
Main controller module, to complete the signal processing of the electro-chemical test of a described electro-chemical test passage.Above-mentioned each
Cooperating between functional module, is conducive to the main control signal of described main controller module and described electro-chemical test passage
Process after effective conversion between signal, and described electro-chemical test passage can be improved electro-chemical test is carried out to object to be measured
Afterwards produced process after signal precision, it is to avoid between different electro-chemical test passages signal interference.
(5) equipment of described memory module, can effectively to described main controller module generate object to be measured electrochemistry
Test data is stored, thus test information and the storage of related data can be provided for described high flux electrochemical test system
Mechanism, can be prevented effectively from the speed of transferring that test data is lost and can be improved completed test information, improve described high flux
The efficiency of electrochemical test system.And in described high flux electrochemical test system RTC block setting, then can be to described high pass
The date of amount electrochemical test system and time are updated and preserve, and can be further assured that described memory module memory storage
Ageing and the tracing back property of data.
(6) described high flux electrochemical test system includes described USB module and described display module, described USB mould
Block is the port of described high-flux electric test chemical systems with data input and output, thus described high-flux electric test chemical
Effective channel that system offer is communicated with host computer.And described display module be provided for show that described high-flux electric chemistry is surveyed
The real-time behavior of test system, quickly knows each module in described high flux electrochemical test system in order to system user
Working condition.
(7) described high flux electrochemical test system further includes the GPRS being connected respectively with described main controller module
Module, infrared remote control module and the first protection module, wherein, the setting of described first protection module, can be to described master controller
Module is monitored, when described electro-chemical test passage produces abnormal signal then Real-time Feedback warning message extremely described GPRS mould
Block, can provide effective early warning protection to described high flux electrochemical test system.And described GPRS module and described infrared distant
The setting of control module then can be realized remotely control for described high flux electrochemical test system and provide support with monitoring, thus effectively
Improve the popularity that described high flux electrochemical test system uses.
(8) described in described high flux electrochemical test system, electro-chemical test passage further includes address module, institute
State address module for indicating the physical address of described electro-chemical test passage, quickly identify in order to described main controller module
Different electro-chemical test passages.
(9) main controller module described in described high flux electrochemical test system and described electro-chemical test passage difference
Connect independent current source, by such setting, when can avoid using same power supply, main controller module and each electrochemistry
The power supply signal interference producing between controller module in TCH test channel is excessive.Further, each electro-chemical test passage
Between the power supply that be independently arranged may also be employed, also voltage can be provided similar and different for different electro-chemical test passages
Power supply electric energy, and the signal between different electro-chemical test passages can be avoided further to disturb, improve described high-flux electric chemistry
In test system, object to be measured is carried out with the precision of Electrochemical Detection.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all this
Any modification made within the principle of utility model, equivalent and improvement etc. all should comprise protection domain of the present utility model
Within.
Claims (10)
1. a kind of high flux electrochemical test system it is characterised in that：It includes the main controller module and at least being electrically connected with
The electro-chemical test passage that two are independently arranged, main controller module is used for controlling described electro-chemical test passage to be tested,
Described electro-chemical test passage include being connected with described main controller module from controller module and electro-chemical test module, institute
State the main control signal being used for according to main controller module from controller module and control described electro-chemical test module to be measured right
As carrying out electro-chemical test, described electro-chemical test module carry out electro-chemical test after result feed back to described from controller mould
Block feeds back described signal after processing again to described main controller module after being processed, described main controller module is according to described
After the process of controller module feedback, signal is analyzed and generates the electrochemical test data of object to be measured.
2. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：The institute of each electro-chemical test passage
State and be provided with least two isolation communication modules between controller module and described main controller module, described isolation communicates mould
Block is used for signal after the process by the exception sending from controller module is isolated to avoid enter into described master controller mould
Block.
3. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described main controller module with described
One communication bus is set between controller module, and described communication bus is used for improving described main controller module and multiple electrifications
Learn communication protocols tonality and signal stabilization between TCH test channel.
4. as claimed in claim 3 high flux electrochemical test system it is characterised in that：Described from controller module and institute
State between communication bus setting attachment means, described attachment means and the described quantity from controller module are multiple and one a pair
Should.
5. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described electro-chemical test module enters one
Step includes signal generator module, constant potential/constant current module and data acquisition module；Described receive master from controller module
Send after control signal from control signal, described signal generator module receive by described from controller module send from control
Signal, described signal generator module is used for being converted to described controlling potential/current signal from control signal and being sent to perseverance
Current potential/constant current module；Described constant potential/current module is used for receiving after described controlling potential/current signal to object to be measured
Apply specific incentives, and by produce potential difference/difference between current data signal collect via described data acquisition module after, send back
Described from controller module.
6. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described high-flux electric test chemical system
System further includes memory module and the RTC block being connected respectively with described main controller module, and described memory module is used for
The electrochemical test data of the object to be measured that described main controller module generates is stored, described RTC block is used for institute
State the date of high flux electrochemical test system and the time is updated and preserves.
7. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described high-flux electric test chemical system
System further includes USB module and the display module being connected respectively with described main controller module, described USB module be used for be
Described high-flux electric test chemical systems with data input and the port exporting, described display module is used for showing described high pass
The real-time behavior of amount electrochemical test system.
8. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described high-flux electric test chemical system
System further includes GPRS module, infrared remote control module and the first protection module being connected respectively with described main controller module,
Wherein, described first protection module is used for described main controller module is monitored, and abnormal conditions then Real-time Feedback such as
To described GPRS module, described GPRS module is used for remotely providing the electrochemistry of main controller module generation to user warning message
Test data and the warning message by described first protection module feedback, described infrared remote control module is used for user's infrared remote control institute
State main controller module.
9. as described in the appended claim 1 high flux electrochemical test system it is characterised in that：Described electro-chemical test passage enters one
Step includes address module, and described address module is used for indicating the physical address of described electro-chemical test passage.
10. as any one of claim 1-9 high flux electrochemical test system it is characterised in that：Described master controller
Module and described electro-chemical test passage connect independent current source respectively.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106093155A (en) * | 2016-07-05 | 2016-11-09 | 成都安普利菲能源技术有限公司 | High flux electrochemical test system and high flux electrochemical test method |
| CN114252481A (en) * | 2020-09-24 | 2022-03-29 | 禅谱科技股份有限公司 | Multi-channel potentiostat device |
-
2016
- 2016-07-05 CN CN201620706580.0U patent/CN205958511U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106093155A (en) * | 2016-07-05 | 2016-11-09 | 成都安普利菲能源技术有限公司 | High flux electrochemical test system and high flux electrochemical test method |
| CN114252481A (en) * | 2020-09-24 | 2022-03-29 | 禅谱科技股份有限公司 | Multi-channel potentiostat device |
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