This course is the pre-match training course for this competition. It mainly teaches five parts: 1. LabVIEW basic course 2. LabVIEW advanced course 3. myRIO 4. Data acquisition basics 5. Software-defined radio
Total of 33 lessons4 hours and 44 minutes and 47 seconds
Total of 55 lessons22 hours and 10 minutes and 3 seconds
Total of 1 lessons1 hours and 22 minutes and 39 seconds
This course is a basic course for electronic information undergraduate majors that organically integrates random signal analysis, signal detection and estimation. Emphasizing the intuitive understanding of concepts, carefully designing some easy-to-understand examples to illustrate concepts; emphasizing the cultivation of practical abilities, introducing statistical analysis methods based on MA TLAB, including probability distributions, estimation of numerical features, etc., and giving a large number of MATLAB The implementation program also adds an introduction to the basic theory of Monte Carlo simulation in the textbook, and how to use the Monte Carlo method to simulate and analyze the performance of the system.
Total of 34 lessons1 days and 1 hours and 44 minutes and 51 seconds
The oscilloscope is a vital tool for circuit debugging. In order to observe the waveform more accurately, you need to carefully select the key indicators of the oscilloscope.
Total of 1 lessons43 minutes and 23 seconds
Through this video, you will learn how to capture and analyze I2C waveforms.
Total of 1 lessons5 minutes and 13 seconds
Using Wave-Inspector to troubleshoot digital systems
Total of 1 lessons7 minutes and 2 seconds
Low-speed serial bus debugging-CAN decoding
Total of 1 lessons2 minutes and 14 seconds
The mystery of LabVIEW loop timing
Total of 1 lessons14 minutes and 27 seconds
The mystery of LabVIEW event structure
Total of 1 lessons15 minutes and 7 seconds
LabVIEW Online Lecture Season 2
Total of 4 lessons57 minutes and 51 seconds
LabVIEW Online Lecture Season 4
Total of 15 lessons3 hours and 34 minutes and 39 seconds
Linear Technology's temperature monitor product family addresses the needs of these applications by allowing a general-purpose transistor connected to a diode to be used as a temperature sensor with an accuracy of 1°C.
Total of 1 lessons5 minutes and 43 seconds
How to use modern oscilloscopes to achieve accurate measurements (4)
Total of 1 lessons5 minutes and 59 seconds
How to use modern oscilloscopes to achieve accurate measurements (1)
Total of 1 lessons10 minutes and 19 seconds
Total of 1 lessons1 hours and 7 minutes and 52 seconds
Comprehensive understanding of DFT technology: how to test a chip
Total of 2 lessons3 hours and 30 minutes and 49 seconds
Video tutorial on how to use flat-panel oscilloscope
Total of 13 lessons42 minutes and 10 seconds
Principle and operation of DC bridgeFudan University
Total of 2 lessons28 minutes and 51 seconds
Use the 4200A-SCS to accelerate discovery, reliability and failure analysis research in semiconductor device, materials and process development. Industry-leading performance parameter analyzer providing simultaneous current-voltage (IV), capacitance-voltage (CV) and ultrafast pulsed IV measurements.
Total of 1 lessons1 minutes and 37 seconds
Through this course, you will learn about the basic concepts of sensors and their basic characteristics (static and dynamic characteristics), the working principles, structural composition, characteristic analysis, signal conditioning circuits of typical sensors, and the testing methods of typical parameters (vibration, temperature, flow), System composition; understand the application of sensors and testing technology in the national economy and the latest development trends; improve learners' ability to creatively use knowledge and independently discover, research and solve problems.
Total of 113 lessons20 hours and 6 minutes and 24 seconds
This course is for full-time professional degree graduate students. It focuses on engineering applications, relies on the "Graduate Practice Platform for Measurement and Control Technology and Embedded Systems", and uses time domain testing technology as the background. Through comprehensive training of software and hardware, students can master the An implementation technology that is driven by demand, based on general hardware, and uses code design as a means. The main content includes understanding the basic concepts of time domain testing, understanding the principles and methods of data acquisition, learning and mastering the skills of DSP programming and FPGA logic design, understanding the characteristics and control methods of related hardware chips, and controlling analog channels through DSP and FPGA , ADC, keyboard, LCD, interface and other hardware to realize various functions of the time domain test system.
Total of 12 lessons3 hours and 45 minutes and 55 seconds
As a powerful tool used by engineers almost every day, the importance of oscilloscopes is unquestionable. Especially with the application of new devices, the development of new technologies, and the launch of new standards, engineers are faced with more complex signal design and verification requirements. Today, Tektronix's senior technical engineers will reveal the secrets of the use of oscilloscopes for you, truly understand the impact of the main indicators of the oscilloscope on testing, and use Tektronix's latest MSO5 series mixed-signal oscilloscopes to actually demonstrate for you how to improve debugging efficiency at each stage of debugging. , improve test accuracy
Total of 2 lessons1 hours and 34 minutes and 14 seconds
100-qubit control system
Total of 1 lessons3 minutes and 46 seconds
Introduce the basic working principle of gyroscope
Total of 1 lessons12 minutes and 22 seconds
There are many international measurement standards. First of all, the 17025 standard issued by ISO/IEC is a general requirement for the capabilities of testing and calibration laboratories. It can be said to be the most important standard in the field of metrology. Secondly, ISO/IEC Guide98-3 specifies in detail the evaluation and expression methods of measurement uncertainty.
Total of 1 lessons31 minutes and 55 seconds
The term measurement uncertainty may sound confusing at first, but the concept is actually not difficult. In the 2012 edition of the International Glossary of Metrology, measurement uncertainty is defined as a non-negative parameter characterizing the dispersion that imparts to the value of a measured quantity, based on the information used.
Total of 1 lessons24 minutes and 9 seconds
In the context of global energy conservation and environmental protection, high efficiency, high frequency, energy saving, intelligence, and miniaturization are the future development trends of the switching power supply industry. Tektronix has always paid great attention to the technological development of the power supply industry. With the widespread application of high-frequency and low-power consumption devices, and the increasingly stringent power supply industry standard requirements, power supply design engineers need to face more and more challenges. Test challenge. Today, Tektronix will share with you some tips and methods in power supply design from the perspective of testing and the thorny issues faced by power supply engineers. We will answer hot questions such as how to provide overall test accuracy, how to accurately evaluate the characteristics of popular wide bandgap devices, how to solve channel signal delay problems, and we will also give you on-site demonstrations based on some actual practices. Tektronix will provide you with complete power solutions to help you meet current and future testing challenges!
Total of 3 lessons58 minutes and 0 seconds
This is how you should play with an oscilloscope. Keysight experts teach you how to play with an oscilloscope step by step
Total of 22 lessons1 hours and 53 minutes and 37 seconds
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