EMSK NI LabVIEW™을 활용한 EDIBON 회로 시뮬레이션 개발 키트

EDIBON DEVELOPMENT KIT FOR CIRCUITS SIMULATION, POWERED BY NI LABVIEW™ - EMSK

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EDIBON Development KIT for Circuits Simulation, Powered by NI LabVIEW™ "EMSK", is a software package, based on National Instruments Multisim™ environment, offered as an optional item for some EDIBON TECHNICAL TEACHING EQUIPMENT.

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New Expansion (EMSK)
New Expansion (EMSK)
The EDIBON Electrical and Electronic Circuit Simulation Software Development KIT (EMSK) is a software package, based on the NI environment Multisim™, available as an optional element for some EDIBON TECHNICAL DIDACTIC EQUIPMENT.It consists of a set of simulated electronic circuits aimed at users...
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EMSK. EDIBON Development KIT for Circuits Simulation, Powered by NI LabVIEW™
EMSK. EDIBON Development KIT for Circuits Simulation, Powered by NI LabVIEW™
In a design project of electronic or electric circuits, one of the most critical stages is the one aim to foresee the voltages and current in the different parts of the circuit, because depend of this stage are defined the components nominal power, the wire sizes...in other words, this stage...
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일반적인 설명

EDIBON Development KIT for Circuits Simulation, Powered by NI LabVIEW™ "EMSK", is a software package, based on National InstrumentsMultisim™ environment, offered as an optional item for some EDIBON TECHNICAL TEACHING EQUIPMENT. The "EMSK" is a set ofVirtual tools aimed to users who need to get started in the fields of virtual designing, prototyping, testing and PCB designing of electroniccircuits, including a set of examples with increasing complexity to help the students to perfom from basic to advanced actions.

The "EMSK" offers a complete solution to create, test, analyze and PCB designing of your own electronic and electric circuit designs, thevirtual components and instruments included are:

  • Complete library of electronic components, more than 36,000, including diodes, logic gates, transistors, filters, different integratedcircuit to voltage regulation, temporization, led control, logic control, PID control, system simulation, close and open control loops,etc.
  • Virtual components to power supply, digital signal generation, function generation, etc.
  • Virtual instruments, with real interface, to perform a complete analysis of the designed circuits: voltmeters, ammeters, oscilloscopes,frequency analyzers, frequency counter, etc.

Additionally, the EDIBON Development KIT for Circuits Simulation, Powered by NI LabVIEW™ includes example circuits in order to test thespecific circuits of each EDIBON TECHNICAL TEACHING EQUIPMENT.

연습 및 가이드

매뉴얼에 포함 된 가이드 실기 연습

  1. Basic practical exercises to get started with Multisim™ and build simple circuits.
  2. Basic practical exercises to get started with EDIBON TECHNICAL TEACHING EQUIPMENT.
  3. Simulate a simple RLC circuit.
  4. Voltage and current measurement.
  5. Signal analysis with an oscilloscope.
  6. Diode and rectifiers functions.
  7. Analysis of a NPN transistor with common collector and common emitter configurations.
  8. Analysis of a PNP transistor with common collector and common emitter configurations.
  9. Darlington NPN pair configuration.
  10. Using a virtual function generator to generate a frequency sweep.
  11. Using the bode plotter to analyze the frequency response of a RLC circuit.
  12. Analyze the transient response of a RLC circuit.
  13. Modulating a PWM signal.
  14. BUFFER, NOT, AND, NAND, OR, NOR, XOR and XNOR Logic gates circuits analysis.
  15. PCB Layout and routing of a RLC circuit.
  16. Create to PCB reports of Bill of materials, boad statististics, copper amounts, etc.
  17. Create the industry-standard Gerbes, DXF, NC drill, etc., format files for PCB fabrication.
  18. Response of a first order system in time domain (transient response).
  19. Response of a first order system in frequency domain (Bode plot).
  20. PID control of a first order system in closed-loop.
  21. Setting and optimizing the PID controlles parameters for the first order system.
  22. Response of a second order system in time domain (transient response).
  23. Response of a second order system in frequency domain (Bode plot).
  24. PID control of a second order system in closed-loop.
  25. Setting and optimizing the PID controller parameters for the second order system.

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