Inductor: naming exercise and answer key, IEC style

Print with your browser's Print command, on A4 or US Letter. The drawings are free to reuse under CC BY 4.0: credit Circuit Symbols (circuitsymbols.com).

Choose another worksheet

Inductor: naming exercise, IEC style, sheet 1 of 2

  1. Fig. 1

    Name

    Meaning

  2. Fig. 2

    Name

    Meaning

  3. Fig. 3

    Name

    Meaning

  4. Fig. 4

    Name

    Meaning

  5. Fig. 5

    Name

    Meaning

  6. Fig. 6

    Name

    Meaning

Notes

  1. Write the name of each symbol, and what it shows, on its lines.
  2. Write the name of each terminal in its box.
  3. Figs. 4 to 6 show the same symbols turned.
  4. The answers are on sheet 2.
Name
Class
Date
Sheet
1 of 2
Drawing
Inductor Naming exercise
Style
IEC style
From
circuitsymbols.com
Licence
CC BY 4.0

Inductor: answer key, IEC style, sheet 2 of 2

  1. Fig. 1

    12

    Name Inductor

    An inductor stores energy in a magnetic field and opposes changes in current; its symbol represents the coil.

  2. Fig. 2

    12

    Name Iron-core inductor

    In the coil convention used here, solid parallel core lines indicate iron and dashed core lines ferrite. The unmarked coil is used for air core. These drawings do not identify every material detail.

  3. Fig. 3

    12

    Name Ferrite-core inductor

    In the coil convention used here, solid parallel core lines indicate iron and dashed core lines ferrite. The unmarked coil is used for air core. These drawings do not identify every material detail.

  4. Fig. 4

    12

    Name Inductor

    An inductor stores energy in a magnetic field and opposes changes in current; its symbol represents the coil.

  5. Fig. 5

    12

    Name Iron-core inductor

    In the coil convention used here, solid parallel core lines indicate iron and dashed core lines ferrite. The unmarked coil is used for air core. These drawings do not identify every material detail.

  6. Fig. 6

    12

    Name Ferrite-core inductor

    In the coil convention used here, solid parallel core lines indicate iron and dashed core lines ferrite. The unmarked coil is used for air core. These drawings do not identify every material detail.

Notes

  1. Answer key for sheet 1. The Fig. numbers match the exercise.
  2. Rotating or mirroring a whole symbol, with its terminal identities and connections preserved, does not change the component. The terminal labels move with the drawing.
Name
Class
Date
Sheet
2 of 2
Drawing
Inductor Answer key
Style
IEC style
From
circuitsymbols.com
Licence
CC BY 4.0