Enabling Engineering Education and Innovation: Deep Dive into Virtual Instrumentation, Data Acquisition and Circuit Design

Are you exploringVirtual Instruments (VI) powerful features, or are seeking tocircuit designtogether withData Acquisition (DAQ) application to gain deeper insights and practical skills?

This site focuses on the cutting-edge application of virtual instrumentation technology and teaching practice, deeply integrating the LabVIEW together with Multisim synergistic advantages, presenting you with a program that coversMulti-function data acquisition card, oscilloscope, function signal generator, programmable power supply, baud plotter, dynamic signal analyzerA library of enhanced application development and teaching resources for core technologies. We are committed to creating an active LabVIEW & Multisim collaborative ecosystem to help you navigate from theory to practice.

We work closely with industry-leading partners, includingRainbows Technology (ENGLAND NIGILENT),NI (National Instruments),MCC (Measurement Computing),Digilent (Dizilent),JYTEK,ADLINK,Advantech etc., correlates and integrates its multifunctional data acquisition card'sFunctionality Enhancement Application Development Resourcesand synchronize the provision ofSystematic and complete set of teaching application solutions, providing solid support for your studies and research. Change block type or style

[Explanation of core technology: Multifunction DAQ Card]

What is a multifunction data acquisition card (DAQ)?

A data acquisition card, often called a Multifunction DAQ Card, is a bridge between the physical world and the digital world, and is a means of realizingData Acquisition The core hardware of the function. It can efficiently convert real-world analog or digital signals into data that can be recognized and processed by computers for subsequentComputing, analyzing, storingLaying the groundwork.

What does "multifunctionality" mean?

• Analog signal processing: Accurately captures analog signals generated by sensors and other devices and converts them to digital signals for input to a computer (analog input, AI); conversely, converts computer-generated digital signals to analog outputs to drive speakers and other devices (analog output, AO).
• Digital Signal Processing: Realizes digital signal inputs (DI) and outputs (DO) for condition monitoring, control logic, and more.
• Counter/Timer: Provides accurate event counting, frequency measurement and timed pulse generation.

Connections and drives:The DAQ card passes the PCI, PCIe, USB, PXI, PXIe The DAQ card can be connected to a computer system (PC or industrial computer) through a variety of interfaces. As with other external devices, the DAQ card requires the installation of the hardware manufacturer's supplieddriverfor computer system identification, configuration, and control. Also, the vendor usually provides the underlying control software.

[From Data Acquisition to Virtual Instrumentation: Unlocking the Potential of Hardware]

Application Development:Based on the driver provided by the manufacturer, you can create customized applications on your computer using a development environment such as LabVIEW, for example:

• Basic analog signal acquisition program
• Acquisition analysis program with integrated data analysis functions
• Complete acquisition and analysis storage system with data storage

Functionality Enhancement - The Fascination of Virtual Instrumentation: Virtual Instrument (VI) The core idea of the technology is based on the hardware capability of the DAQ card, which can be extended and the user interface customized through a powerful software development environment. By utilizing the analog input function of the DAQ card, we can develop aVirtual Oscilloscope; based on analog outputs, it is possible to build flexibleVirtual Signal Generator; combining inputs and outputs, it is possible to realize complexVirtual Potter MappermaybeDynamic Signal AnalyzerThe

The resources provided on this site focus precisely on how, through virtual instrumentation, theSignificantly enhances the application potential of multifunctional data acquisition cardsThis allows it to go beyond basic data logging to become a powerful, customizable test and measurement tool.

[Our Precision and Innovation: TLA Series of Teaching and Learning Solutions]

Focus on engineering education and promote technology popularization:One of the core values of this site is to provide virtual instrumentation-basedEngineering Education Laboratory Teaching Resource SolutionsWe are committed to bridging the gap between theoretical teaching and engineering practice. We are deeply involved in this field and aim to bridge the gap between theoretical teaching and engineering practice.

TLA's history and professional recognition:

• Started in 2009: The TLA series of course lab kits are born out of necessity, and are always committed to providing advanced and practical lab teaching solutions for engineering courses in colleges and universities.
• Close cooperation: We are in partnership with NI Academic (NI China College Program) Maintain close cooperation for a long time, and jointly promote the application of virtual instrument technology in the field of education.
• Industry Trust: TLA had beenPansino,Pansino,Chengtec,Shanghai Barracuda (SYTEK),Rain Lab Shanghai,Becreator and many other well-known companies to provide virtual instrumentation teaching resources for the ODM Services, established in the virtual instrument ecosystem in ChinaGood reputation and word of mouthThe
• Extensive coverage: Currently, the TLA series of course lab kit resources have comprehensive coverage ofElectronic information, electrical automation, mechatronics, intelligent manufacturingThe experiments of the core courses of many professional directions, such as "Principles of Electric Circuits", "Analog Electronic Circuits", "Digital Electronic Circuits", "Principles of Sensors", "Signals and Systems", "Principles of Automatic Control", "Principles of Communication" and other courses of practical teaching links are strongly supported.

Key Milestones and Core Resources:

• 2019: intensifyOpen source measurement and control hardware and software platformof technology reserves, embracing the trend toward openness.
• 2021:
  • post DAQWare for Digilent AD Universal lab software for the Digilent Analog Discovery family of pocket instruments. [Link to related content]
  • post DAQWare for JY USB101 General experimental software, adapted to Jane instrument USB101 pocket data acquisition card. [Link to related content]
  • Nearly 15 hours of meticulously recorded and releasedLabVIEW Data Acquisition Video Tutorial SeriesCumulative airplayPassed 350,000 timesThe book is a companion to the book of the same name by Electronic Industry Press (ISBN: 9787121397707).
  • Record and release 2 hoursMultisim Circuit Simulation Video Tutorial SeriesCumulative airplayUp to 150,000 times, companion to the Electronic Industries Press book (ISBN: 9787121055775).
• 2022:
  • rolled out TLA-M Series Experiment Kits (Adaptation NI myDAQ), innovativeCompensates for myDAQ's lack of a programmable power supply.In conjunction with DAQWare for NI DAQmx software.full synchronization NI ELVIS Core Instrument Functions, covering courses in circuits, analog and digital electricity, sensors, signals, and automation. [Link to related content]
  • rolled out TLA-U6 Series Experiment Kits (adapted to the NI USB-600x), the sameSolves the problem of no programmable power supplyIn conjunction with DAQWare for NI DAQmx software.Basic Synchronization ELVIS Instrument Features (in addition to the integrated multimeter) for multiple core courses. [Link to related content]
• 2023:
  • post TLA-Z Series Experiment Kits (adapted to Digilent Eclypse Z7) for this advanced SoC platform.Supplemental Programmable Power Functions, in conjunction with DAQWare for Digilent AD software.Basic Synchronization ELVIS Instrument Features (except for the integrated multimeter). [Link to related content]
  • post TLA-Y Series Experiment Kits (adapted to RainBeam S), combined with DAQWare for RainBeam S software.Instrumentation functions that fully satisfy the experimental needs of engineering education programs. [Link to related content]
• 2024: LabVIEW Data Acquisition (2nd Edition) Officially distributed by Electronic Industry Publishing House, the body of knowledge is continuously updated. [Related links]

[Continuous Innovation for the Future]

For 2025 and beyond: While technology is moving forward, real challenges cannot be ignored. We willFacing challenges head on and forging aheadWe continue to invest in new technology research and development and practical resources, and strive to bring you more value.

We sincerely thank you for your continued interest and support! TLA can't grow without the trust and encouragement of each and every one of you. We welcome you to explore the resources on this site, and we look forward to learning, growing, and creating with you in the world of virtual instrumentation and data acquisition!