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FPGAfield programmable gate array Precision harness inspection method using field programmable gate arrayFPGA
FPGAfield programmable gate array Precision harness inspection method using field programmable gate arrayFPGA
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机译:FPGA现场可编程门阵列使用现场可编程门阵列的精密线束检查方法
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摘要
The present invention relates to a precision harness inspection method using an FPGA capable of precise harness inspection by applying a field programmable gate array (FPGA) technology to a state in which a line and a line are disconnected by implementing an improved ADC precision harness mounted on an FPGA board. As a main board 120 in which a Raspberry Pi 110 configured with a database (DB) and Web monitoring, a Raspberry Pi interface 121, a controller 122, an interface board interface 123, and a memory 124 are composed of an FPGA ), Each of which is divided into a plurality of channels, each of which has a disconnection check and a resistive function interface board (131, 132) is connected to the main board 120, the harness test method using a harness tester 100 configured, The power of the harness tester 100 is turned on (S100), and the Raspberry Pi 110 starts setting the test (S110), thereby executing a test (S120). ; The FPGA of the main board 120 checks the disconnection check, resistance check, and wire structure (S130, S131, S132), and the interface boards 131, 132 also perform disconnection check, resistance check, and disconnection check. (S140, S141, S142); The FPGA checks the result and stores it in the memory 124 (S150); And the Raspberry Pi 110 reading the FPGA results and storing them in the database (S160); providing a precise harness inspection method using a field programmable gate array (FPGA). do.
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机译:本发明涉及一种使用FPGA的精密线束检查方法,该FPGA能够通过将现场可编程门阵列(FPGA)技术应用于通过安装在其上的改进的ADC精密线束而将线和线断开的状态来进行精确线束检查。 FPGA板。作为其中配置有数据库(DB)和Web监视的Raspberry Pi 110的主板120,Raspberry Pi接口121,控制器122,接口板接口123和存储器124由FPGA组成。通过使用线束测试仪100构成的线束测试方法,将线束测试方法分为多个通道,每个通道具有断开检查并且将电阻功能接口板(131、132)连接到主板120。线束测试仪100开启(S100),Raspberry Pi 110开始设置测试(S110),从而执行测试(S120)。 ;主板120的FPGA检查断开检查,电阻检查和布线结构(S130,S131,S132),并且接口板131、132还执行断开检查,电阻检查和断开检查。 (S140,S141,S142); FPGA检查结果并将其存储在存储器124中(S150); Raspberry Pi 110读取FPGA结果并将其存储在数据库中(S160);使用现场可编程门阵列(FPGA)提供一种精确的线束检查方法。做。
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