100 Examples of sentences containing the common noun "photodetector"

Definition

A photodetector is a device that detects and measures light or electromagnetic radiation, converting it into an electrical signal. It is commonly used in various applications, including optical communication, imaging systems, and scientific research.

Synonyms

• Light sensor
• Photo sensor
• Light detector
• Phototransducer
• Photocell

Antonyms

• Light emitter
• Light source

Examples

1. The photodetector transmitted data from the optical fiber.
2. Engineers designed a new photodetector for improved sensitivity.
3. The photodetector measured the intensity of the incoming light.
4. We installed a photodetector in the solar panel system.
5. The photodetector responded quickly to changes in light levels.
6. A photodetector can detect infrared radiation effectively.
7. The research team developed a high-speed photodetector.
8. The photodetector converted the light signal into an electrical current.
9. In low-light conditions, the photodetector performed exceptionally well.
10. The photodetector integrated seamlessly with the imaging system.
11. They calibrated the photodetector to ensure accurate readings.
12. A photodetector plays a crucial role in optical communication.
13. The photodetector operated at a wavelength of 850 nm.
14. We tested the photodetector under different lighting conditions.
15. The photodetector was sensitive enough to detect single photons.
16. She replaced the faulty photodetector in the laboratory equipment.
17. The photodetector allowed for real-time monitoring of light levels.
18. Our new photodetector achieved a higher signal-to-noise ratio.
19. The photodetector utilized a semiconductor material for detection.
20. They fabricated a compact photodetector for portable devices.
21. The photodetector has applications in both consumer electronics and scientific research.
22. We employed a photodetector to measure ambient light in the environment.
23. The photodetector was part of a complex optical system.
24. A photodetector can help improve the performance of a camera.
25. The photodetector is essential for the operation of fiber optic networks.
26. Researchers analyzed the photodetector data for accuracy.
27. The photodetector converts light into a measurable electrical signal.
28. The photodetector is used in various applications such as night vision.
29. They optimized the photodetector design for better efficiency.
30. The photodetector responded to both visible and ultraviolet light.
31. Engineers integrated a new type of photodetector into the system.
32. The photodetector was sensitive to a wide range of wavelengths.
33. The photodetector provided invaluable data for the experiment.
34. A photodetector is often used in scientific instruments.
35. The photodetector was tested for durability and reliability.
36. We used a photodetector to monitor the light levels in the greenhouse.
37. The photodetector is crucial for the functionality of autonomous vehicles.
38. The photodetector can detect subtle changes in light intensity.
39. The team worked on enhancing the photodetector's response time.
40. A high-quality photodetector ensures accurate readings in experiments.
41. The photodetector was calibrated to match the wavelength of interest.
42. Many devices rely on a photodetector for light measurement.
43. The photodetector is essential in real-time imaging applications.
44. The photodetector helped in developing advanced optical technologies.
45. They manufactured a new type of photodetector for industrial use.
46. The photodetector is a key component in many electronic devices.
47. A photodetector can significantly enhance the performance of a system.
48. The photodetector was instrumental in achieving the project's goals.
49. Researchers focused on improving the photodetector's efficiency.
50. The photodetector was embedded in the device for easy integration.
51. We found that the photodetector performed well in varying conditions.
52. The photodetector was designed to be lightweight and compact.
53. They studied the properties of the photodetector for better applications.
54. The photodetector allowed for the detection of low-light signals.
55. The photodetector was crucial for the success of the project.
56. They implemented a new photodetector in their experiments.
57. The photodetector achieved remarkable performance metrics.
58. A modern photodetector can detect light across a wide spectrum.
59. The photodetector requires careful calibration for accurate results.
60. The photodetector was capable of detecting rapid changes in light.
61. The photodetector was used to enhance the quality of images.
62. We developed a more efficient photodetector for our needs.
63. The photodetector was tested under varying environmental conditions.
64. The photodetector was the centerpiece of the optical experiment.
65. They created a new photodetector to improve performance.
66. The photodetector has advanced significantly in recent years.
67. We utilized the photodetector for precise light measurement.
68. The photodetector is a vital component in many optical devices.
69. The photodetector can be used in both commercial and industrial applications.
70. The photodetector was praised for its reliability and accuracy.
71. They explored various materials for the photodetector construction.
72. The photodetector is crucial in the field of optical engineering.
73. A photodetector is essential for modern telecommunications.
74. The photodetector was integrated with software for data analysis.
75. Engineers worked tirelessly on the new photodetector prototype.
76. The photodetector is used in a range of scientific applications.
77. The photodetector helped improve the system’s overall performance.
78. Researchers examined the characteristics of the photodetector.
79. The photodetector was designed for high sensitivity and speed.
80. We integrated a photodetector for enhanced functionality.
81. The photodetector was an innovative solution to light detection.
82. They reengineered the photodetector for better performance.
83. The photodetector can successfully detect a range of light intensities.
84. The photodetector was crucial for the device to function properly.
85. They discussed the advantages of using a high-performance photodetector.
86. The photodetector was essential for monitoring environmental conditions.
87. We utilized the photodetector in our latest project.
88. The photodetector provided valuable insights into light behavior.
89. The photodetector is frequently used in academic research.
90. The photodetector was tested in a lab setting for accuracy.
91. Engineers analyzed the performance of the photodetector.
92. The photodetector allowed for advancements in optical technology.
93. A photodetector can significantly enhance data transmission rates.
94. The photodetector is a key element in sensor technology.
95. They developed a prototype photodetector for testing.
96. The photodetector was praised for its innovative design.
97. We used the photodetector to gather data for our research.
98. The photodetector was essential in detecting light fluctuations.
99. Engineers optimized the photodetector for better energy efficiency.
100. The photodetector was crucial for the success of the communication system.