CN103995197A - Aging test equipment for electronic products - Google Patents
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- CN103995197A CN103995197A CN201410217622.XA CN201410217622A CN103995197A CN 103995197 A CN103995197 A CN 103995197A CN 201410217622 A CN201410217622 A CN 201410217622A CN 103995197 A CN103995197 A CN 103995197A
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Abstract
The invention particularly relates to aging test equipment for electronic products. The aging test equipment comprises a test module, a main control system and a monitoring terminal. The test module is in signal connection with the main control system, the main control system is connected with the monitoring terminal, the test module comprises a plurality of alternating-current acquisition terminals, and the main control system comprises a service processing module. The service processing module comprises a main control panel, an FPGA, an ampere meter, a voltmeter and a switch module, wherein the FPGA is respectively and electrically connected with the ampere meter and the voltmeter through ports 458, the FPGA is electrically connected with the alternating-current acquisition terminals which are grouped and combined into a bus and are connected with the ampere meter and the voltmeter respectively, and the FPGA is connected with the main control panel through a serial port bus. The aging test equipment for the electronic products can adapt to the electronic products of different kinds and different powers, can test the electronic products uniformly in batch on a large scale, is high in aging test efficiency and can meet the industrialization demands.
Description
Technical field
The invention belongs to electric detective technology field, particularly relate to the equipment of the aging detection of a kind of electronic product.
Background technology
Electronic product is a lot, and they are easily aging to comprise LED lamp, bulb lamp, portable power source, adapter etc., seldom exists and carries out batch for these electronic products, the aging testing system that standardization detects in prior art.
Taking LED as example, LED industry development is rapid, LED related device is also relatively ripe, but especially still lack systematic research at aspects such as failure mechanisms at LED device, therefore in the links such as design, manufacture and application, the integrity problem of LED is a difficult problem in the industry always, and directly affects the expansion of application and go deep into.In application scenarios such as illumination, display devices, LED matrix is often made up of plurality of LEDs, its electric performance stablity, Photochromic Properties decay consistance and requirement in serviceable life are all very high, and after working long hours, the characteristics such as each LEDs colour temperature, colour rendering, excitation, spectral distribution, light-emitting uniformity and illumination all will change with service time; In addition, the LED that the installation initial stage is working properly, light after a period of time there will be half-light, flash, the phenomenon such as fault, interruption are bright, bring grievous injury to product.Can not find timely and record the product going wrong, and staff is also urgently to be resolved hurrily in aging the problem such as the injury that health is brought that works long hours of high light high temperature simultaneously.
Except LED; the aging speed of other electronic products directly and product quality closely bound up; therefore; often need to test the degree of aging of these electronic products, at present, be all independent test to these electronic product burn-in tests; not only lack good testing apparatus; and test piecemeal separately very labor intensive and time, inefficiency, lack multi-product can be carried out to mass, unified aging testing apparatus is carried out in scale.
Summary of the invention
Based on above-mentioned problems of the prior art; technical matters to be solved of the present invention is to provide a kind of electronic product that can adapt to variety classes and power; can mass; scale is to the unified aging testing apparatus detecting of electronic product; the aging testing apparatus of this electronic product uses in the factory that produces electronic product; aging detection efficiency is high, meets industrialization test needs, also has in addition automatic calibration, abnormal alarm, measurement data real-time storage function.
In order to solve above-mentioned technical matters to be solved, the present invention has adopted following technical scheme:
An aging testing apparatus for electronic product, described electronic product is any one in LED, portable power source or bulb lamp; Described aging testing apparatus is made up of test module, master control system and monitoring terminal, test module signal connects master control system, master control system is connected by network communication and described monitoring terminal are interactive, and described test module comprises the AC current collecting terminal of multiple having electronic product sockets; Described master control system, for being responsible for the setting of each parameter, sends request of data to module, receives the data of returning, and does respective handling, and show preservation warning message; Described master control system comprises Service Processing Module, the data that described Service Processing Module is sent up for the treatment of AC current collecting terminal; Described Service Processing Module comprises master control borad, FPGA, reometer, voltage table and switch module, and described FPGA is electrically connected with described reometer, voltage table by 458 ports respectively; Described FPGA is electrically connected with multiple described AC current collecting terminals by multiple TTL serial ports, and FPGA is also electrically connected described AC current collecting terminal by switch module; Multiple described AC current collecting terminal combinations in groups and converge into bus and connect respectively described reometer and voltage table; Described FPGA connects described master control borad by serial bus; Described monitoring terminal, for setting in advance parameter, abnormal when occurring, multiple described AC current collecting terminals can be obtained abnormal signal and send it to master control system and process and report to the police, and described monitoring terminal receives warning abnormal information and result is preserved.
As preferably, described AC current collecting terminal comprises for mutual and exectorial three modules with master control system, respectively electric current induction module, encoding setting module and communication module, between three modules, interconnect and for carrying out following function: (i) electric current obtains function, obtain the current current value of each electronic product, and current value is sent to master control system process and obtain a result; (ii) numbering function, it is the coding that each AC current collecting terminal toggle switch is determined oneself, the each AC current collecting terminal of numbering order by master control system after toggle switch determines reads and preserves the numbering as oneself using current toggle switch value, and corresponding numbering lantern festival is according to current number value flicker simultaneously; (iii) communication test function, if be the command information that master control system equipment sends the normal each AC current collecting terminal of communication after communication test order meeting is returned the encoded radio that comprises oneself, for testing the whether success of communication of each AC current collecting terminal.
As preferably, described AC current collecting terminal comprises for the first connector of connecting electronic product socket, for connecting the second connector, power pack, operational amplifier, comparer, MCU, power module and the encoding setting module of FPGA; Described the first connector connects MCU by power pack, operational amplifier, comparer successively, the MCU described power pack that is linked back; Encoding setting module connects MCU, and MCU is connected with the second connector again, and the second connector connects and controls power module, and power module is distinguished concatenation operation amplifier, comparer and MCU and to its power supply.
As preferably, described switch module is made up of Control plate and A.C. contactor, and described FPGA connects described A.C. contactor by Control plate, and A.C. contactor connects described AC current collecting terminal.
As preferably, described aging testing apparatus comprises multiple master control systems, and multiple master control systems are connected on a monitoring terminal, and each described master control system connects respectively multiple AC current collecting terminals.
As preferably, described monitoring terminal is PC and/or mobile device.
As preferably, also comprise temperature sensor, temperature sensor location is near AC current collecting terminal, and temperature sensor directly connects described master control system.
As preferably, described aging testing apparatus also comprises enterprises ERP system, and described master control system connects enterprises ERP system, is sent to enterprises ERP system in order to the data that described test result and warning message are saved in real time to database.
As preferably, described master control system also comprises human-computer interface module, and function key-press input is selected and used to described human-computer interface module for display system information, group status information and warning message, and for Zu He district.
Compared with prior art, for in time, fast, effectively reject defective product, find timely and the recorded electronic aging of product in various extremely, and reduce a staff residence time of aging as far as possible, the present invention develops above-mentioned electronic product aging testing apparatus, the master control system core of this aging testing apparatus is Service Processing Module, Service Processing Module deal with data be master control borad, and master control borad bus connects FPGA and expand the many serial ports of formation by FPGA, so that to scale connect AC current collecting terminal, and the test signal that the collection of multiple AC current collecting terminal is come is distinguished, set is divided into groups and is collected unified processing.As, multiple AC current collecting terminals are separated and are many groups, it is organized to test with reometer and voltage table, and FPGA finally connect described master control borad by serial bus.In present invention further optimization scheme, aging testing apparatus of the present invention can also be multiple master control systems, multiple master control systems are connected to a monitoring terminal, each master control system connects respectively multiple AC current collecting terminals, carry out more large batch of unified test with this, testing efficiency is very high.In addition, due to the existence of monitoring terminal, this aging testing system can carry out the running parameter of the real-time detected electrons product of mass, also can different test patterns be set according to different aging test schemes, can the free setting test duration and light the attack time, all test datas are saved in database by network, further preferred version also comprises and in energy, connects company ERP system, can 24 hour records and check test result and warning message, test result that can the each lamp of Obtaining Accurate position, support field control and Long-distance Control, simultaneously by changing different frock clamps and the dissimilar electronic product of corresponding parameter testing being set.
Brief description of the drawings
Fig. 1: the overall architecture block diagram of aging testing apparatus in the embodiment of the present invention.
Fig. 2: the annexation figure of the concrete module of aging testing apparatus and parts in the embodiment of the present invention.
Fig. 3: the circuit theory diagrams of FPGA docking station in the embodiment of the present invention.
Fig. 4: the FB(flow block) of Service Processing Module work in the embodiment of the present invention.
Fig. 5: in the embodiment of the present invention, LED aging testing system carries out the overall procedure block diagram of information processing.
Fig. 6: the FB(flow block) of serial ports instruction process in the embodiment of the present invention.
Fig. 7: the FB(flow block) of current value acquisition process in the embodiment of the present invention.
Fig. 8: the circuit diagram of AC current collecting terminal in the embodiment of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment 1: binding function illustrates hardware configuration of the present invention.
As shown in Figure 1, the aging testing system of the electronic product of the present embodiment is divided into three parts: test module, master control system and monitoring terminal, and monitoring terminal is PC and/or mobile device, mobile device is wireless mobile apparatus.Application software is all installed on PC and/or wireless mobile apparatus, and PC has similar effect with wireless mobile apparatus, can only adopt PC or wireless mobile apparatus, also can have PC and mobile device simultaneously.Following for example in, the embodiment of the present invention is preferred LED in electronic product is as tested object.
Above-mentioned test module signal connects master control system, test module comprises multiple AC current collecting terminals that also can connect LED with LED socket, test module wherein comprises several AC current collecting terminals, main control module is controlled each AC current collecting terminal by order, obtain the current current value of each lamp, and these current values are processed and obtained a result, if occurred extremely, report to the police and result is preserved and result uploaded to PC and mobile device terminal simultaneously, be saved in database.PC and/or mobile device can pass through the parameter of every equipment of network settings, the situation of checking the work of every equipment at any time.
Particularly, the AC current collecting terminal of the present embodiment comprises for mutual and exectorial electric current induction module, encoding setting module and communication module with master control system, between three modules, interconnects.Wherein: the order that communication module sends for being responsible for reception host computer, and carry out corresponding action according to the type of order, and specific instructions comprises: obtain coded address, and correcting current, communication test and electric current obtain.Encoding setting module is used for being responsible for arranging the address of each device, and completes reading of coded address according to the parameter of communication module, preserves etc.Electric current induction module is for completing obtaining of current value according to the order of communication module, and the mode of averaging by repeatedly obtaining current value, is sent back to master control system by net result by communication module.As shown in Figure 8, AC current collecting terminal comprises for the first connector of connecting electronic product socket, for connecting the second connector, power pack, operational amplifier, comparer, MCU, power module and the encoding setting module of FPGA the hardware concrete structure of above-mentioned AC current collecting terminal.The first connector connects MCU by power pack, operational amplifier, comparer successively, the MCU power pack that is linked back.General object electronic product input 0-50HZ to be tested, the current signal of 0～5A, power pack is transformed into the voltage signal input operational amplifier of 0-200mV sine wave, and operational amplifier is zoomed into the sine wave signal of 0～5V, in comparer, compare again, and transport to MCU.MCU is connected with power pack, and responsible calibration current transducer.Encoding setting module connects MCU independently, and MCU is connected with the second connector again, and the second connector connects and controls power module, power module concatenation operation amplifier, comparer and MCU to its power supply respectively.
An above-mentioned equipment is that a set of LED aging testing system is divided into 18 groups, every 6 Zu Shiyige districts, A altogether, B, C San Ge district, each group of maximum can be supported 256 AC current collecting terminals, between three modules in AC current collecting terminal, interconnect and for carry out as issue orders: one, electric current obtains order, obtain the current current value of each LED lamp, and current value is sent to master control system process and obtain a result; Two, numbering order, each AC current collecting terminal is determined the coding of oneself by toggle switch, the each AC current collecting terminal of numbering order by master control system after toggle switch determines reads and preserves the numbering as oneself using current toggle switch value, and corresponding numbering lantern festival is according to current number value flicker simultaneously.Communication test order, communication test order is mainly whether the communication of the each terminal of test is successful, if the normal each terminal of communication is returned to the encoded radio of a string command word comprising oneself to meeting after master control system equipment sends communication test order.What when normal use, master control system equipment sent is electric current querying command, and the terminal that receives order will return to master control system by the current value detecting for nearest 5 times.
Above-mentioned master control system, for being responsible for the setting of each parameter, sends request of data to module, receive the data of returning, and do respective handling, and warning message is preserved in demonstration.Master control system is connected with PC and wireless mobile apparatus terminal interaction formula by network.Master control system is mainly divided into: human-computer interface module, Service Processing Module.
Human-computer interface module wherein comprises multiple interfaces, is respectively that main runnable interface, system parameter setting interface, A district arrange interface, interface is set in B district and C district arranges interface.Wherein:
Main runnable interface: be mainly divided into four parts: part, function button district are selected by system information, group status information, warning message, Zu He district.System information: show the system time, network ip address, current temperature value, No. ID, the machine, lamp bracket voltage.Group status information: show the state (use, suspend, wait for, complete etc.), T.T. (target detection time) of group number, group, test duration, global cycle number of times, cycle index, Test code (product test batch), power (performance number of current group of lamp), message box (showing concrete parameters), lamp state (totally 4 kinds of colors, redness represents communication failure, the greyish white current anomaly that represents, dark-grey representative is not used, and green represents working properly).Warning message: when show that what abnormal (current anomaly, or communication abnormality) appears in (specific to second).The selection in Zu He district: district has three buttons to represent respectively A, B, C district, group has six press keys to represent to represent respectively 1,2,3,4, and 5,6 groups, corresponding 6 groups in each district.Can check the duty of each group in each district by these key combination.Function button district: mainly contain and remove button (corresponding each group of operation, click this button and can remove all parameters of selected sets), pause button (suspends the work at present of selected sets, A.C. contactor can flick), all pause button (suspends the work of all working group, the A.C. contactor of all working all can flick, enter and interface time button is set must presses), start timing button (when all parameters after setting completed, return to main interface, press this button now equipment just start working), button is set and (coordinates whole pause buttons, enter interface is set), touch screen calibration button (being responsible for calibration touch-screen).
System arranges interface: system arranges interface and mainly complete the setting of local ip address, and the setting of server ip address, the setting of system time, lamp bracket ID arrange, lamp bracket group is counted setting, setting, the setting of measuring error lower limit, system upgrade button etc. are reached the standard grade in the setting of lamp bracket voltage, measuring error.
A district arranges interface: be divided into two parts, grouping arranges and model selection.If whether the communication that grouping setting is tested each AC current collecting terminal is normal and be each AC current collecting terminal number.Specific works is first to select current initial group number and finish group number, then button by number, and equipment can think that all AC current collecting terminals of selected sets send numbering order, after number, Information demonstration has below been numbered again.Press after self-inspection button, system sends in the meeting display communication detection of communication test order following information hurdle to each lamp order of selected sets, after having tested, can show test results, if communication makes mistakes, can show which lamp communication abnormality of concrete group, also having corresponding lamp position color simultaneously in the state area of the lamp of main working interface is red.
Model selection: be divided into three parts, first part comprises: group number is responsible for determining which group in this district, enables to be responsible for determining whether this group is selected, and power is responsible for inputting the watt level of this group lamp.The second part mainly comprises: when headlight position sum, be responsible for determining and need to detect several lamps.Lamp position is set and is mainly responsible for the lamp position that selection will be tested.The 3rd part mainly comprises test pattern: mainly comprise three phases, each stage is divided into lighting time, the time of turning off the light, cycle index.Three phases can arbitrarily combine.Fully meet different test pattern demands.
B district arrange interface and C district arrange interface all with A district arrange interface phase with.
PC and/or wireless mobile apparatus terminal, the parameter of the aging lamp bracket equipment of each LED can be set, abnormal when there being lamp bracket to occur, multiple described AC current collecting terminals can be obtained abnormal signal and send it to master control system and process and report to the police, and PC and/or wireless mobile apparatus terminal receive warning abnormal information and result is preserved and result uploaded to PC and the whole database that is saved in of mobile device simultaneously; Described PC and/or wireless mobile apparatus terminal can freely arrange the duty of the every Desk lamp support equipment of inquiry, and work state information is saved in to database; And described wireless mobile apparatus terminal can and be monitored the ruuning situation of every equipment by the long-range setting of Web server.
Service Processing Module is wherein preserved and networking command processing for traversal, the control of A.C. contactor, the processing of warning message, the processing of test result, the parameter of AC current collecting terminal, process flow diagram 4 specific as follows.And Service Processing Module hardware concrete structure is as shown in Fig. 3 and Fig. 8, Service Processing Module comprises master control borad, FPGA, reometer, voltage table and switch module, and switch module is made up of Control plate and A.C. contactor, FPGA is electrically connected with described reometer, voltage table by 458 ports respectively.FPGA is electrically connected with multiple described AC current collecting terminals by multiple TTL serial ports, and in groups and converge into bus and connect respectively described reometer and voltage table, FPGA connects described master control borad by serial bus to multiple described AC current collecting terminal combinations.FPGA also connects A.C. contactor by Control plate, and A.C. contactor connects AC current collecting terminal.Foregoing description is crossed the hardware configuration of AC current collecting terminal, can understand, wherein FPGA is completed and is connected with the second connector of AC current collecting terminal by TTL serial ports.
Above-mentioned master control system is connected with PC and wireless mobile apparatus interactive mode by network, and PC and/or wireless mobile apparatus terminal, the main setting of the complete parameter for forming apparatus and the reception of test data are preserved.PC or wireless mobile apparatus terminal connect multiple LED test lamps by master control system and set up standbyly, and the parameter of the aging lamp bracket equipment of LED can be set.Abnormal when there being lamp bracket to occur, multiple AC current collecting terminals can be obtained abnormal signal and send it to master control system and process and report to the police, and PC or wireless mobile apparatus terminal receive warning abnormal information and result is preserved and result uploaded to PC and the whole database that is saved in of mobile device simultaneously.
Above-mentioned PC and/or wireless mobile apparatus terminal can freely arrange the duty of the every Desk lamp support equipment of inquiry, and work state information is saved in to database; And wireless mobile apparatus terminal can and be monitored the ruuning situation of every equipment by the long-range setting of Web server.
When use, the ageing testing method that adopts above-mentioned aging testing apparatus to carry out, the method comprises the steps:
A. multiple electronic products are plugged on respectively on the socket of multiple AC current collecting terminals, unlocking electronic Testing System of Product Aging, system starts initiating hardware automatically, specifically comprises: pin configuration, timer configuration and serial ports configuration;
B. after completing initialization and arranging, then reading parameter information, if parameter information zone bit is empty, is to power on for the first time, the corresponding parameter of initialization; Operator arranges systematic parameter, and by screen operator, the system of entering arranges interface, and the IP address of system time, this TV station equipment is set, the IP address of server, device id, contained group of number of equipment, equipment voltage, the error upper limit and error lower limit; If not empty, the parameter reading is recovered to arrange;
C. connect PC and/or wireless mobile apparatus terminal by network, make the network address of PC and/or wireless mobile apparatus terminal into arrange in B step server address, open the application software in PC and/or wireless mobile apparatus terminal, in waiting for 10 seconds, now all equipment that is connected to network all can be presented in PC and/or wireless mobile apparatus terminal, in PC and/or wireless mobile apparatus terminal, can, according to different device numbers, different test parameters and test pattern be set;
D. master control system direct control, directly enters different districts and group by interface, the communication situation of test selected sets, to be connected to this group all AC current collecting terminals numbering, the test pattern of selected sets is set, the power parameter of electronic product;
E. set up after parameter, the operation button of starting working, next enters major cycle, and first the flicker of system lamp represents that equipment normally works, and then carries out serial ports instruction process, more then carries out current value and obtain, and final system continues repetitive cycling work; Also can be by PC and/or the operation of wireless mobile apparatus terminal remote, equipment starts according to the test pattern work arranging, if the current value obtaining has exceeded error allowed band, master control system display alarm, and warning message is sent to PC;
F.PC machine and/or wireless mobile apparatus terminal receive warning message or work completes after information, and these information are saved in to database, and regularly the generated data form of (time is adjustable) is joined ERP system, realizes data sharing;
Serial ports instruction process process in above-mentioned steps E is as follows:
As shown in Figure 4, the serial ports instruction process process in step D is as follows:
First, judge whether to receive the order of master control system, if do not receive directly and exit, determine whether numbering order if receive, if encoded radio is obtained in numbering order, and preserve, corresponding parameter is set and releases; If not whether numbering command determination is communication test order, if communication test order sends the corresponding order of communication test to host computer-master control system, and exits; If not communication test order determines whether that electric current obtains order, if electric current obtains order, obtain current processed good current value, and send to host computer-master control system, and exit; In addition other orders are directly exited.
As shown in Figure 5, current value acquisition process in step D is as follows: when detecting after the interruption generation of electric current, enter interruption, preserve the last level duration and the value of counter is removed, then restart timer conter, record accurately the duration of current level, exit the arrival of waiting for that interrupt next time.
Embodiment 2: as shown in Figure 2, the present embodiment is on the basis of embodiment 1, and the present embodiment has also increased temperature sensor, and temperature sensor is arranged between the burn-in test of position near AC current collecting terminal, and temperature sensor directly connects master control system.The temperature that temperature sensor senses is current, according to current temperature input temp sensor, if temperature variation exceedes the threshold value of setting, automatically regulate inner parameter, ensure the accuracy of testing result, and in the time that temperature exceedes setting range, control cooling system work.All the other are identical with embodiment 1, repeat embodiment 1.
Embodiment 3:
The present embodiment, on the basis of embodiment 2, has also increased enterprises ERP system, and master control system connects enterprises ERP system, is sent to enterprises ERP system in order to the data that described test result and warning message are saved in real time to database.All the other are identical with embodiment 2, repeat embodiment 2.
It should be noted that the present invention has only exemplified the LED aging testing apparatus of LED as tested object.The claimed electronic product aging testing system of the present invention is not limited to for LED.Can also be portable power source or bulb lamp and similar electronic product, the LED that therefore above-described embodiment exemplifies should not limit the claimed scope of the present invention.In addition, the concrete structure of above-mentioned AC current collecting terminal is all structures that comprise those skilled in the art and can realize institute's request function module, might not be limited in the particular circuit configurations of the specific embodiment of the invention.
Claims (9)
1. an aging testing apparatus for electronic product, is characterized in that:
Described electronic product is any one in LED, portable power source or bulb lamp;
Described aging testing apparatus is made up of test module, master control system and monitoring terminal, test module signal connects master control system, master control system is connected by network communication and described monitoring terminal are interactive, and described test module comprises the AC current collecting terminal of multiple having electronic product sockets;
Described master control system, for being responsible for the setting of each parameter, sends request of data to module, receives the data of returning, and does respective handling, and show preservation warning message; Described master control system comprises Service Processing Module, the data that described Service Processing Module is sent up for the treatment of AC current collecting terminal; Described Service Processing Module comprises master control borad, FPGA, reometer, voltage table and switch module, and described FPGA is electrically connected with described reometer, voltage table by 458 ports respectively; Described FPGA is electrically connected with multiple described AC current collecting terminals by multiple TTL serial ports, and FPGA is also electrically connected described AC current collecting terminal by switch module; Multiple described AC current collecting terminal combinations in groups and converge into bus and connect respectively described reometer and voltage table; Described FPGA connects described master control borad by serial bus;
Described monitoring terminal, for setting in advance parameter, abnormal when occurring, multiple described AC current collecting terminals can be obtained abnormal signal and send it to master control system and process and report to the police, and described monitoring terminal receives warning abnormal information and result is preserved.
2. a kind of aging testing apparatus of electronic product according to claim 1, it is characterized in that: described AC current collecting terminal comprises for mutual and exectorial three modules with master control system, respectively electric current induction module, encoding setting module and communication module, between three modules, interconnect and for carrying out following function: (i) electric current obtains function, obtain the current current value of each electronic product, and current value is sent to master control system process and obtain a result; (ii) numbering function, it is the coding that each AC current collecting terminal toggle switch is determined oneself, the each AC current collecting terminal of numbering order by master control system after toggle switch determines reads and preserves the numbering as oneself using current toggle switch value, and corresponding numbering lantern festival is according to current number value flicker simultaneously; (iii) communication test function, if be the command information that master control system equipment sends the normal each AC current collecting terminal of communication after communication test order meeting is returned the encoded radio that comprises oneself, for testing the whether success of communication of each AC current collecting terminal.
3. a kind of aging testing apparatus of electronic product according to claim 2, is characterized in that: described AC current collecting terminal comprises for the first connector of connecting electronic product socket, for connecting the second connector, power pack, operational amplifier, comparer, MCU, power module and the encoding setting module of FPGA; Described the first connector connects MCU by power pack, operational amplifier, comparer successively, the MCU described power pack that is linked back; Encoding setting module connects MCU, and MCU is connected with the second connector again, and the second connector connects and controls power module, and power module is distinguished concatenation operation amplifier, comparer and MCU and to its power supply.
4. a kind of aging testing apparatus of electronic product according to claim 1, it is characterized in that: described switch module is made up of Control plate and A.C. contactor, described FPGA connects described A.C. contactor by Control plate, and A.C. contactor connects described AC current collecting terminal.
5. the aging testing apparatus of a kind of electronic product according to claim 1, it is characterized in that: described aging testing apparatus comprises multiple master control systems, multiple master control systems are connected on a monitoring terminal, and each described master control system connects respectively multiple AC current collecting terminals.
6. according to the aging testing apparatus of a kind of electronic product described in claim 1-4 any one, it is characterized in that: described monitoring terminal is PC and/or mobile device.
7. according to the aging testing apparatus of a kind of electronic product described in claim 1-5 any one, it is characterized in that: also comprise temperature sensor, temperature sensor location is near AC current collecting terminal, and temperature sensor directly connects described master control system.
8. according to the aging testing apparatus of a kind of electronic product described in claim 1-5 any one, it is characterized in that: described aging testing apparatus also comprises enterprises ERP system, described master control system connects enterprises ERP system, is sent to enterprises ERP system in order to the data that described test result and warning message are saved in real time to database.
9. according to the aging testing apparatus of a kind of electronic product described in claim 1-5 any one, it is characterized in that: described master control system also comprises human-computer interface module, described human-computer interface module, for display system information, group status information and warning message, and select and use function key-press input for Zu He district.
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| CN109870642A (en) * | 2019-03-14 | 2019-06-11 | 西安微电子技术研究所 | A kind of bus control unit circuit high temperature dynamic device and method |
| CN113608565A (en) * | 2021-07-29 | 2021-11-05 | 深圳市禹龙通电子股份有限公司 | Aging equipment control system |
| CN113780753A (en) * | 2021-08-20 | 2021-12-10 | 深圳市广和通无线股份有限公司 | Data processing method, data processing device, computer equipment and storage medium |
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| CN113985311A (en) * | 2021-10-22 | 2022-01-28 | 深圳市中孚能电气设备有限公司 | Miner lamp aging test device, terminal and system |
| CN114563882A (en) * | 2022-01-19 | 2022-05-31 | 业成科技（成都）有限公司 | Liquid crystal module aging test system |
| CN114697297A (en) * | 2022-06-02 | 2022-07-01 | 江苏大烨智能电气股份有限公司 | Power distribution terminal high-temperature aging communication configuration method |
| CN114697297B (en) * | 2022-06-02 | 2022-09-02 | 江苏大烨智能电气股份有限公司 | Power distribution terminal high-temperature aging communication configuration method |
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