"Commutatorless" Example Sentences
1. The new motor design is commutatorless, which makes it more efficient.
2. The commutatorless generator doesn't suffer from any wear and tear.
3. The electric bike uses a commutatorless motor for a smoother ride.
4. Commutatorless motors are becoming more popular in the automotive industry.
5. With a commutatorless design, there are no brushes to replace.
6. You won't find any commutatorless models in our store at the moment.
7. The commutatorless approach is a breakthrough in electric motor technology.
8. Commutatorless engines can achieve higher power density.
9. The commutatorless motor is quieter and cleaner than its counterparts.
10. One of the benefits of commutatorless design is reduced maintenance costs.
11. The commutatorless wind turbine has fewer moving parts.
12. The new vacuum cleaner is powered by a commutatorless motor.
13. Commutatorless DC motors are more energy efficient than traditional ones.
14. The commutatorless design eliminates the risk of brush sparking.
15. The commutatorless system requires less power to operate.
16. Commutatorless generators provide a more stable output.
17. The commutatorless motor is smaller and lighter than its brushed counterpart.
18. The commutatorless drill is more precise and easier to handle.
19. Commutatorless technology is paving the way for more efficient electric vehicles.
20. With a commutatorless motor, the electric car can achieve a longer range.
21. Commutatorless motors are immune to brush wear and tear.
22. The commutatorless approach reduces the risk of electrical arcing.
23. The new blender uses a commutatorless motor, which reduces noise levels.
24. Commutatorless induction motors are widely used in industrial applications.
25. The commutatorless fan is quieter and has a longer lifespan.
26. The commutatorless design provides more precise control over the motor speed.
27. Commutatorless AC motors are more energy efficient than traditional ones.
28. With a commutatorless system, the electric vehicle can regeneratively brake.
29. The commutatorless approach reduces the likelihood of system failure.
30. Commutatorless motors are the future of electric propulsion systems.
Common Phases
1.
Commutatorless quantum mechanics is a fundamental concept;
2. The
commutatorless approach can simplify many calculations;
3.
Commutatorless operators can be used to describe quantum systems;
4.
Commutatorless Hamiltonians are often used in condensed matter physics;
5.
Commutatorless observables can be used to study non-commuting properties;
6.
Commutatorless methods have been successful in studying quantum phase transitions;
7.
Commutatorless representations are useful in quantum field theory;
8.
Commutatorless algebras have interesting mathematical properties;
9.
Commutatorless states can have special properties in quantum information theory;
10.
Commutatorless techniques can be used to study topological phases of matter.