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AC/DC Theory: Tuned Circuits

Product Description

AC/DC Theory: Tuned Circuits is part 14 of the AC/DC Theory 14-part training series.

The course explains common applications of tuned circuits and how they are used to establish frequencies for oscillators and to filter unwanted noise and signals. It also shows how improperly tuned circuits can cause other parts of circuitry to operate incorrectly.

Course objectives include:

  • Calculate impedance, current, voltage, power factor, and phase angle in RLC circuits
  • Calculate resonant frequency, capacitance value, or inductance value in RLC circuits
  • Describe series and parallel resonant circuits
  • Explain the relationship between bandwidth and Q
  • Describe four basic types of filters.

Course menu:

Tuned Circuits

  • RLC Circuits
  • Series RLC Circuit
  • Parallel RLC and Sample Circuits

Resonant Circuits and Filters

  • Series Resonant Circuit (SRC)
  • Calculating Bandwidth and Q Factor for SRC
  • Parallel Resonant Circuit (PRC)
  • Calculating Bandwidth and Q Factor for PRC
  • Types of Filters

To learn more about our interactive online courseware, visit our DuPont™ eLearning Suite homepage or schedule a free online demonstration.

This workbook reinforces the purpose and objectives of the accompanying AC/DC Theory: Tuned Circuits training program.

Workbooks contain lesson introductions, a practice and application area, and lesson progress checks to measure students' learning.

AC/DC Theory: Tuned Circuits is part 14 of the AC/DC Theory 14-part training series.

The course explains common applications of tuned circuits and how they are used to establish frequencies for oscillators and to filter unwanted noise and signals. It also shows how improperly tuned circuits can cause other parts of circuitry to operate incorrectly.

Course objectives include:

  • Calculate impedance, current, voltage, power factor, and phase angle in RLC circuits
  • Calculate resonant frequency, capacitance value, or inductance value in RLC circuits
  • Describe series and parallel resonant circuits
  • Explain the relationship between bandwidth and Q
  • Describe four basic types of filters.

Our DVDs are portable and easy-to-use. Training content is "chapterized," or organized by learning objectives to:

  • Help with course navigation
  • Enable training administrators to cover specific training points and conduct refresher training
  • Facilitate classroom discussion.
Quantity:
Length:
SKU: E51040

Other Details

RUNTIME:
20