Gyrators example sentences

"Gyrators" Example Sentences

1. The engineer meticulously calibrated the gyrators in the circuit.
2. Gyrator circuits are essential components in many modern devices.
3. We need to replace the faulty gyrators before the system crashes.
4. Understanding the properties of gyrators is crucial for electronics students.
5. His research focused on the applications of gyrators in microwave technology.
6. The simulation showed unexpected behavior from the interconnected gyrators.
7. Several different types of gyrators exist, each with unique characteristics.
8. Properly designed gyrators can significantly improve circuit performance.
9. The cost of high-quality gyrators can be prohibitive for some projects.
10. Miniaturization of gyrators has been a key area of development.
11. They experimented with various configurations of gyrators and capacitors.
12. The article detailed the theory and practical applications of gyrators.
13. Advanced gyrator designs are pushing the boundaries of electronic miniaturization.
14. He presented his findings on novel gyrator implementations at the conference.
15. The complex interactions between the gyrators were difficult to model.
16. This new gyrator design offers superior stability and efficiency.
17. Faulty gyrators are a common cause of equipment malfunctions.
18. Troubleshooting gyrator circuits requires specialized expertise.
19. The circuit's unusual behavior was traced to a malfunctioning gyrator.
20. High-frequency gyrators present unique design challenges.
21. She developed a new method for testing gyrator performance.
22. The team successfully integrated the gyrators into the prototype.
23. Future research will explore the potential of integrated gyrators.
24. Accurate modeling of gyrators is crucial for circuit simulation.
25. The limitations of existing gyrators spurred further innovation.
26. These gyrators, unlike others, use a novel feedback mechanism.
27. He spent years researching the theoretical underpinnings of gyrators.
28. The company manufactures a range of high-performance gyrators.
29. The textbook provided a comprehensive overview of gyrators and their uses.
30. Among the components, the gyrators were the most difficult to source.
31. Several patents protect the unique design of these gyrators.
32. The gyrators' unusual behavior was initially puzzling.
33. Replacing the damaged gyrators restored the system's functionality.
34. With careful calibration, the gyrators operated flawlessly.
35. The project relied heavily on the precise functioning of the gyrators.
36. Improved gyrators are expected to enhance the device's capabilities.
37. Small, low-cost gyrators are in high demand.
38. The design incorporates several novel gyrator configurations.
39. The team's success hinged on their ability to master the intricacies of gyrators.
40. He wrote his doctoral thesis on the optimization of gyrators in filter design.
41. Despite their complexity, these gyrators are surprisingly robust.
42. The gyrators were carefully shielded to prevent electromagnetic interference.
43. The manufacturer's specifications for the gyrators were meticulously followed.
44. Further research is needed to fully understand the long-term reliability of these gyrators.
45. The gyrators were a critical part of the signal processing system.
46. The innovative use of gyrators won them an industry award.
47. The experimental results confirmed the theoretical predictions regarding the gyrators.
48. They built a sophisticated test rig to evaluate the performance of the gyrators.
49. The failure of the gyrators resulted in a significant system outage.
50. The textbook chapter on gyrators was particularly challenging.