Integrated measurement system based on the IEEE-488 bus

Luft, M.; Cioć, R.; Pietruszczak, Daniel

doi:10.1109/elektro.2012.6225613

Cited by 2 publications

(3 citation statements)

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“…As a well-developed measure, there are multiple possibilities for applying this technique. From Integrated measurement system [10] to Element control [11]. And the topology of systems varies from one to another due to the situation faced, for instance, a star topology like the one shown in Fig.…”

Section: Current Situationmentioning

confidence: 99%

Comparative Study of Bluetooth, ZigBee and Bus Communication under Different Usage Scenarios

Chen¹

2022

HSET

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In the modern communication markets, thousands of communication methods are available for different situations, among these different means of communication, the ZigBee protocol, IEEE 802.15, and the derivative protocols provided possible solutions of cheap and energy-saving wireless communication methods, which were considered major members of modern communication. However, these technologies carried the drawbacks like low data rate and difficulties to build a complicated system. On one other hand, wired communications like Bus communications have features like high data rate and high data quality, on the other hand, the volume of hardware and the cost were the two biggest disadvantages of this technology. As communication measures are getting more and more important, discussion in this field is becoming more and more necessary. In this paper, multiple technologies would be discussed from the angles of principle, current situation, and advantages and flaws. Next, these technologies would be discussed under different scenarios that could be faced in the daily life of common people, industrial fields and other uses, then compared from several perspectives to select the one that fits the situation best.

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Section: Current Situationmentioning

confidence: 99%

Comparative Study of Bluetooth, ZigBee and Bus Communication under Different Usage Scenarios

Chen¹

2022

HSET

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“…DAQ system [22], [29], [32] LabVIEW NI DAQ devices, GPIB interface, Oscilloscope, PIC microcontroller, transducer Motor control circuits DC motor driver [21] LabVIEW NI myRIO, DC motor driver Induction motor [17] LabVIEW Data acquisition (DAQ) and control Motor control [36] LabVIEW Camera, Arduino Internet of things-based products Internet of things [9], [23] LabVIEW / COTS Network switch, Oscilloscope. waveform generator Various circuits and products Printed circuit board (PCB) [5] LabVIEW PXI system, Bed of Nails (BoN) fixture Backplane [1] COTS COTS cable tester, connectors Cable assembly [33] LabVIEW NI DAQ The electronic control unit [42] LabVIEW CAN bus, Power supply GPIB based system [35] HP VEE Pro GPIB interface Microfluidic device [13] LabVIEW Camera and accessories Optical device [16] LabVIEW Data acquisition (DAQ) Power supply control [44] LabVIEW Power supply, digital multimeter, GPIB Underwater modem [11] LabVIEW Sensors, cables Thermal cycle for the unit under test [37] LabVIEW Environmental test chamber interface Temperature probe [8] COTS Analyzer, antenna Refrigerator [45] LabVIEW ATE, test jig, RS232, ADC, and sensors RF circuits and products Antenna [30] LabVIEW Arduino, Stepper motors, and drivers Antenna [6], [7] COTS Analyzer, cables RF circuit [26] LabVIEW NI PXI, Signal generator, RF current probe [38] LabVIEW Spectrum analyzer, Signal generator RF device [41] LabVIEW SPI, I2C, HPIB Software-defined radio [46] LabVIEW Signal generator, Spectrum analyzer, RS232, GPIB Wireless sensor network [18] LabVIEW Digital multimeter, Power supply, and GPIB A low-frequency signal processing system is developed by authors in [24] using LabVIEW and NI Elvis. The authors presented an automated system for electronic circuit testing in [25].…”

Section: B Review Of Existing Electronic Product Test Sitesmentioning

confidence: 99%

“…In [34] authors presented an automated test system for an avionics system. Authors in [35] presented the architecture of GPIB and highlighted the pros and cons. A test site for remotely controlling and monitoring a motor is discussed in [36].…”

Section: B Review Of Existing Electronic Product Test Sitesmentioning

confidence: 99%

A Novel Process to Setup Electronic Products Test Sites Based on Figure of Merit and Machine Learning

2021

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Consumer electronic manufacturing (CEM) companies maintain a range of electronic products that are designed and tested according to the type and end-user requirements. These electronic products go through a validation and verification test for proof of design and a manufacturing test for checking reliability, quality, and manufacturing defects. Testing is carried out using test sites, designed based on the electronic product type. Currently, there is no standard approach for setting up a test site for electronic products. In this research, two processes are presented, for setting up new test sites and optimization of existing test sites for consumer and other electronic products. The proposed processes include a voice of customer (VoC) interface, that is based on a unique dataset and through machine-learning technique automatically translate customer information into customer requirements, and a figure of merit (FoM) presented as an outcome of this research using several key test-related parameters. These proposed processes are an important step towards defining a standard approach for setting test sites for consumer and other electronic products. The processes are implemented using a software application developed in LabVIEW, which is linked to a database containing test data for around 400 products collected as part of this research and form a knowledge base for the proposed processes. Finally, the processes are validated by setting up a new experimental test site for an RF receiver and optimization of an existing test site of an antenna system.INDEX TERMS Consumer electronic manufacturing (CEM), electronic product test, figure-of-merit (FoM), LabVIEW, machine-learning, voice of customer (VoC).

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Integrated measurement system based on the IEEE-488 bus

Cited by 2 publications

References 0 publications

Comparative Study of Bluetooth, ZigBee and Bus Communication under Different Usage Scenarios

Comparative Study of Bluetooth, ZigBee and Bus Communication under Different Usage Scenarios

A Novel Process to Setup Electronic Products Test Sites Based on Figure of Merit and Machine Learning

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