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LN-Course - Electronics 10: PCB layout with NI Ultiboard

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Includes:

  • Software NI Ultiboard Education Edition, single license
  • CD-ROM with Labsoft browser and course software

Course contents:

  • Learn about the history of the pcb
  • Name the properties of a pcb
  • Describe various pcb manufacturing processes
  • Apply various standards
  • Master inch and metric measurement units
  • Fine tune a circuit in NI Multisim
  • Export the NI Multisim file to the NI Ultiboard
  • Learn and apply the basics of correct component positioning
  • Draft component positioning on a pcb
  • Draft new component footprints
  • Master the fundamentals of conductor paths (routes)
  • Draft conductor paths (routes)
  • Draft a design of a complete circuit
  • Modify and add labels
  • Establish through-connections and wire jumpers
  • Draft a Gerber file for subsequent manufacture
  • Course length: approx. 8 h

Product Number:

LN-SO4204-5V

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UniTrain multimedia courses in electronics provide an introduction to the fundamentals of modern electronics with the help of numerous experiments on components and simple circuits. Students taking the course are familiarised with the principles, limitations, properties and basic circuits for various semiconductor components and utilise them in various applications. Many experiments reinforce the familiarity with measuring instruments, particularly the oscilloscope. Characteristics are recorded and changes in voltage and current are observed, evaluated and explained.

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Description
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UniTrain multimedia courses in electronics provide an introduction to the fundamentals of modern electronics with the help of numerous experiments on components and simple circuits. Students taking the course are familiarised with the principles, limitations, properties and basic circuits for various semiconductor components and utilise them in various applications. Many experiments reinforce the familiarity with measuring instruments, particularly the oscilloscope. Characteristics are recorded and changes in voltage and current are observed, evaluated and explained.

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