Wheatstone example sentences

"Wheatstone" Example Sentences

1. The technician carefully calibrated the Wheatstone bridge.
2. A faulty Wheatstone bridge caused the experiment to fail.
3. Understanding the Wheatstone bridge is crucial for electrical engineering students.
4. His invention, a modified Wheatstone bridge, revolutionized the field.
5. The accuracy of the measurement depended on the precise setting of the Wheatstone bridge.
6. We used a digital Wheatstone bridge for greater precision.
7. The Wheatstone bridge circuit is elegantly simple.
8. They are developing a new application for the Wheatstone bridge.
9. The professor explained the principles behind the Wheatstone bridge.
10. He meticulously adjusted the resistors in the Wheatstone bridge.
11. Is this a standard Wheatstone bridge configuration?
12. The Wheatstone bridge experiment proved successful.
13. His Wheatstone bridge design was patented.
14. The Wheatstone bridge, a staple in many labs, is incredibly useful.
15. Modern Wheatstone bridges use advanced technology.
16. Learning about the Wheatstone bridge was challenging but rewarding.
17. This project requires a thorough understanding of the Wheatstone bridge.
18. Many variations of the basic Wheatstone bridge exist.
19. The Wheatstone bridge method is widely used in strain gauge measurement.
20. He built his own Wheatstone bridge from scratch.
21. The results obtained from the Wheatstone bridge were highly accurate.
22. Advanced Wheatstone bridge designs incorporate feedback mechanisms.
23. A Wheatstone bridge is a fundamental concept in electrical measurements.
24. Troubleshooting a faulty Wheatstone bridge can be tricky.
25. The Wheatstone bridge principle is surprisingly versatile.
26. She presented her findings on the improved Wheatstone bridge design.
27. The Wheatstone bridge, although simple, is powerful.
28. They compared the performance of different types of Wheatstone bridges.
29. It’s a Wheatstone bridge, not a potentiometer.
30. Calibration of the Wheatstone bridge is essential for reliable data.
31. The experiment involved using a precision Wheatstone bridge.
32. Using a Wheatstone bridge, they measured the resistance accurately.
33. The design of the Wheatstone bridge is based on Kirchhoff's laws.
34. Only after carefully checking the Wheatstone bridge did the experiment run smoothly.
35. Many scientific instruments incorporate a Wheatstone bridge.
36. Understanding the limitations of the Wheatstone bridge is crucial.
37. His research focused on optimizing the performance of the Wheatstone bridge.
38. The Wheatstone bridge is a classic example of a null detection circuit.
39. This particular Wheatstone bridge is extremely sensitive.
40. He demonstrated the working principle of a Wheatstone bridge.
41. The article detailed the history and applications of the Wheatstone bridge.
42. A simplified Wheatstone bridge circuit was shown in the diagram.
43. The Wheatstone bridge is used in a wide range of applications.
44. Despite its age, the Wheatstone bridge remains relevant.
45. Improper use of the Wheatstone bridge can lead to inaccurate results.
46. The Wheatstone bridge is named after its inventor, Charles Wheatstone.
47. She expertly balanced the Wheatstone bridge to achieve equilibrium.
48. The null point of the Wheatstone bridge indicated the unknown resistance.
49. Advanced versions of the Wheatstone bridge are computer-controlled.
50. The accuracy of the Wheatstone bridge depends on the quality of its components.