Electrical and Electronic Engineering
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Electrical and Electronic Engineering
25
resistivity : the electrical property of a material of given length and cross-sectional area
capacitance: the amount of electrical energy that can be stored, in Farads
voltmeter : used to measure voltage in an electrical circuit
ammeter : used to measure current flowing in an electrical circuit
ohmslaw : law used to calculate power, voltage, current or resistance
source : where the voltage/current comes from, denoted Vss
fluxdensity : the intensity of magnetic energy in a given area
attract : what opposing magnetic poles do
repel : what similar magnetic poles do
residual : a type of current device, denoted RCD
breaker : used to protect a circuit, denoted MCB
inductor : stores small amounts of energy in a magnetic field
newton : unit of force, denoted N
tesla : unit of flux density, denoted T
amp : unit of current, denoted I
inductance : the energy transferred into a coil or AC circuit from another
oscilloscope : used to look at waveforms on an X and Y axis
diode : allows current to flow only in one direction
oscillator : produces a regular waveform with define on and off periods
amplifier : makes a small signal larger, like Marshall does!
neutral : the fourth wire in a 4-wire three-phase system, like Switzerland.
eddylosses : the magnetic circular paths created in coils and transformers
transformer : two coils mutually connected; used to step voltage up or down
isolator : to safely separate a machine from its' power source
generator : converts mechanical energy into electrical energy
motor : converts electrical energy into kinetic energy
Electrical and Electronic Engineering
Across:2. | the electrical property of a material of given length and cross-sectional area | 3. | what opposing magnetic poles do | 6. | the energy transferred into a coil or AC circuit from another | 8. | converts electrical energy into kinetic energy | 9. | unit of flux density, denoted T | 11. | unit of force, denoted N | 16. | law used to calculate power, voltage, current or resistance |
| 17. | to safely separate a machine from its' power source | 18. | used to protect a circuit, denoted MCB | 19. | used to measure current flowing in an electrical circuit | 20. | unit of current, denoted I | 22. | the intensity of magnetic energy in a given area | 23. | the amount of electrical energy that can be stored, in Farads | 24. | a type of current device, denoted RCD |
| | Down:1. | the fourth wire in a 4-wire three-phase system, like Switzerland. | 4. | two coils mutually connected; used to step voltage up or down | 5. | what similar magnetic poles do | 7. | allows current to flow only in one direction | 10. | stores small amounts of energy in a magnetic field | 12. | produces a regular waveform with define on and off periods |
| 13. | used to measure voltage in an electrical circuit | 14. | used to look at waveforms on an X and Y axis | 15. | converts mechanical energy into electrical energy | 19. | makes a small signal larger, like Marshall does! | 21. | where the voltage/current comes from, denoted Vss |
| |
© 2016
PuzzleFast.com, Noncommercial Use Only
Electrical and Electronic Engineering
Across:2. | the electrical property of a material of given length and cross-sectional area | 3. | what opposing magnetic poles do | 6. | the energy transferred into a coil or AC circuit from another | 8. | converts electrical energy into kinetic energy | 9. | unit of flux density, denoted T | 11. | unit of force, denoted N | 16. | law used to calculate power, voltage, current or resistance |
| 17. | to safely separate a machine from its' power source | 18. | used to protect a circuit, denoted MCB | 19. | used to measure current flowing in an electrical circuit | 20. | unit of current, denoted I | 22. | the intensity of magnetic energy in a given area | 23. | the amount of electrical energy that can be stored, in Farads | 24. | a type of current device, denoted RCD |
| | Down:1. | the fourth wire in a 4-wire three-phase system, like Switzerland. | 4. | two coils mutually connected; used to step voltage up or down | 5. | what similar magnetic poles do | 7. | allows current to flow only in one direction | 10. | stores small amounts of energy in a magnetic field | 12. | produces a regular waveform with define on and off periods |
| 13. | used to measure voltage in an electrical circuit | 14. | used to look at waveforms on an X and Y axis | 15. | converts mechanical energy into electrical energy | 19. | makes a small signal larger, like Marshall does! | 21. | where the voltage/current comes from, denoted Vss |
| |
© 2016
PuzzleFast.com, Noncommercial Use Only