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6results about How to "Implement synchronous testing" patented technology
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Air switch testing device
ActiveCN224231923UImplement synchronous testingImprove test efficiencyMeasurement instrument housingCircuit interrupters testingHemt circuitsControl theory
Owner:YICHANG RUICHENGYOU AUTOMATION EQUIP CO LTD
A synchronous testing system and method for longitudinal and transverse waves of rock mass excited by the same source suitable for deep ground conditions
ActiveCN115684364BImplement synchronous testingguarantee authenticityMaterial analysis using acoustic emission techniquesWater resource assessment
The present invention discloses a synchronous testing system and method for rock mass longitudinal and transverse waves of homologous excitation suitable for deep-earth conditions, wherein an excitation sensor and two or more receiving sensors are installed on the sample; the excitation sensor is installed at the sample load loading end in the deep-earth environment simulation cabin, and two or more receiving sensors are installed at the sample load loading end; the front end obtains the excitation signal of the input excitation sensor through the homologous signal trigger module, the homologous signal conditioning module and the front-end signal excitation module, and the back end distinguishes the channel of the received signal and performs synchronous processing through the back-end signal conditioning module and the terminal signal synchronization module to obtain the synchronized received signal and the homologous signal, and displays them in real time through the display and storage module; at the same time, the deep-earth environment where the sample is located is simulated through the measurement and control module that simulates the deep-earth environment. The present invention can realize synchronous testing of different types of signals in a complex deep-earth environment by arranging a variety of signal conditioning modules.
Owner:SICHUAN UNIV
System and method for testing electrical performance attenuation of high-power thyristor under neutron irradiation
ActiveCN119556094AImprove test efficiencyReduce testing costsSemiconductor operation lifetime testingElectrical resistance and conductanceNeutron irradiation
The invention relates to the technical field of thyristor operation reliability analysis, in particular to a system and a method for testing electrical performance attenuation of a high-power thyristor under neutron irradiation. According to the technical scheme, the device comprises an irradiation area subsystem located in a heavy lead shielding body and a testing area subsystem located outside the heavy lead shielding body, and an artificial neutron source, a stepped sample testing frame, a current-limiting resistor and a sampling resistor connected with the ground are arranged in the irradiation area subsystem; a first thyristor group, a second thyristor group and a third thyristor group are respectively mounted on the stepped sample testing frame, and each of the first thyristor group, the second thyristor group and the third thyristor group is formed by annularly distributing four tested high-power thyristors by taking an artificial neutron source as a center. According to the invention, the real-time online monitoring of the electrical performance attenuation condition of the high-power thyristor under neutron irradiation is realized, the synchronous test of the electrical performance attenuation of the high-power thyristor caused by different neutron fluence can be realized, the test efficiency is high, and the test cost is low.
Owner:HEFEI UNIV OF TECH
An electronic component burn-in test apparatus
ActiveCN120334645BEnable continuous testingincrease authenticityEnvironmental/reliability testsMeasurement instrument housingAviationElectronic component
The application relates to the technical field of electronic component testing, and specifically provides an electronic component aging test equipment which comprises a supporting seat and a test workbench, the supporting seat is provided with a centrifugal rotating mechanism, and the test workbench is connected to the centrifugal rotating mechanism; a plurality of test stations are arranged on the test workbench, a plurality of connecting terminals are arranged on a single test station, the lower ends of the connecting terminals arranged on the same side are sequentially decreased in height; the lower ends of the connecting terminals of the test stations arranged on the same side and at the same height are electrically connected to a test electric column; the centrifugal rotating mechanism drives the test workbench to centrifugally rotate, so that the gravity acceleration environment in aviation flight can be simulated; the multiple connecting terminals with decreasing heights arranged on the same test station can be connected with multiple test electric columns, so that multiple-pin synchronous testing is realized; the application combines centrifugal rotating dynamic testing, multiple-pin synchronous testing and heat dissipation optimization, and the efficiency and accuracy of the electronic component aging test are significantly improved.
Owner:WUXI JINGXIN ELECTRONIC TECHNOLOGY CO LTD
Crimping device and testing system
This utility model relates to a crimping device and a testing system. The crimping device is used to crimp copper busbars onto the terminals of a module under test. It includes: a substrate capable of moving up and down relative to the module under test; and multiple crimping components disposed on the substrate and arranged corresponding to the terminals of the module under test. Each crimping component includes a crimping member and a first elastic member. The crimping member is located at the bottom of the substrate and is capable of moving up and down relative to the substrate. The two ends of the first elastic member abut against the substrate and the corresponding crimping member, respectively. The crimping member can crimp the copper busbars onto the corresponding terminals of the module under test, enabling simultaneous testing of multiple terminals of the module under test. The first elastic member can absorb planar errors and act as a buffer, solving the problem of poor contact between the crimping member, the copper busbar, and the terminals. This ensures that the copper busbars are crimped smoothly and firmly onto each terminal, avoiding safety hazards such as localized high temperatures, oxidation, or even melting. This improves the compatibility and testing stability of the crimping device.
Owner:SHENZHEN YUANLICHUANG TECH CO LTD
Signal generator and test equipment
ActiveCN224190104Ucompact structuresmall footprintElectrical measurement instrument detailsElectrical testingSignal generatorControl theory
The utility model discloses a signal generator and test equipment, and belongs to the technical field of photoelectric detection. The signal generator comprises a box body, a circuit board assembly and a power supply assembly. The circuit board assembly comprises a production board, a plurality of impedance boards, a plurality of signal output boards, a signal bottom board and a switching back board, the signal bottom board is arranged at the bottom in the box body in the Z direction, the impedance boards, the signal output boards and the switching back board are arranged in parallel and are vertically inserted into the signal bottom board, and at least part of the impedance boards and at least part of the signal output boards are arranged side by side in the Y direction; the production board is parallel to the signal bottom board and is inserted into the switching back board; the power supply assembly is located in the box body. According to the signal generator provided by the embodiment of the utility model, the structure between the circuit boards is more compact, the space occupied by the circuit boards is reduced, the circuit boards can be conveniently debugged and maintained, and the signal input boards with corresponding types and corresponding numbers can be installed according to test requirements, thereby satisfying different test environments.
Owner:WUHAN JINGLI ELECTRONICS TECH +1