100 Examples of sentences containing the common noun "heterodyne"

Definition

Heterodyne (noun) refers to a method used in radio and signal processing where two frequencies are combined to produce new frequencies. In essence, it involves mixing a high-frequency carrier wave with a lower-frequency signal to create intermediate frequencies that are easier to process. This technique is widely used in various applications, including telecommunications and audio processing.

Synonyms

• Frequency mixing
• Signal mixing
• Modulation

Antonyms

• Homodyne
• Direct detection

Examples

1. The engineer decided to heterodyne the signals to improve the clarity of the transmission.
2. In the lab, we learned how to heterodyne different radio frequencies for better reception.
3. By using a specific technique, we can heterodyne the signals to generate a more stable output.
4. The professor explained how to heterodyne the two waves to analyze their interaction.
5. To create the desired audio effect, they needed to heterodyne multiple sound waves.
6. The research team was able to heterodyne the frequencies to discover new patterns in the data.
7. The radio receiver can effectively heterodyne incoming signals for clearer audio.
8. For the experiment, we had to heterodyne the input signals to observe the results.
9. The new technology allows us to heterodyne signals at unprecedented speeds.
10. To understand the concept better, we watched a demonstration on how to heterodyne frequencies.
11. The device was designed to heterodyne various signals for enhanced performance.
12. Engineers often heterodyne multiple frequencies to reduce interference.
13. By learning how to heterodyne, the students gained valuable skills in signal processing.
14. The ability to heterodyne different waves is crucial for effective communication systems.
15. The technician was tasked with ensuring that the equipment could heterodyne accurately.
16. To optimize the performance, we need to heterodyne the input frequency.
17. They used a sophisticated algorithm to heterodyne the data streams.
18. The workshop focused on how to heterodyne signals for radar applications.
19. The satellite can heterodyne signals from various sources for analysis.
20. We need to heterodyne the frequencies to achieve the desired output.
21. The project required us to heterodyne multiple signals simultaneously.
22. To improve the system's efficiency, we must heterodyne the waveforms.
23. The researchers successfully learned how to heterodyne the electromagnetic waves.
24. Using simulation software, we could heterodyne the frequencies digitally.
25. The radio engineer explained how to heterodyne signals in a practical scenario.
26. The experiment aimed to heterodyne the signals with minimal distortion.
27. By adjusting the parameters, we were able to heterodyne the frequencies accurately.
28. The task involved teaching students how to heterodyne in real-time applications.
29. The method of heterodyning has revolutionized the field of telecommunications.
30. They managed to heterodyne the two signals to create a stronger output.
31. The workshop introduced participants to the basics of how to heterodyne.
32. The ability to heterodyne signals is essential for modern communication systems.
33. To analyze the data, the team decided to heterodyne the frequencies involved.
34. We discovered that we could heterodyne the audio inputs for better clarity.
35. The new model was designed to heterodyne multiple channels efficiently.
36. Engineers often face challenges when trying to heterodyne in crowded frequency bands.
37. The software allows users to heterodyne signals with various modulation techniques.
38. To achieve the desired results, we had to heterodyne the input signals carefully.
39. The ability to heterodyne effectively can drastically improve system performance.
40. The seminar covered advanced techniques for learning how to heterodyne signals.
41. The technology continues to evolve, allowing us to heterodyne more effectively.
42. We will need to heterodyne the signals to ensure accurate readings.
43. The experiment required us to heterodyne several frequencies at once.
44. They demonstrated how to heterodyne in different environments.
45. The team was excited to heterodyne for the first time in the lab.
46. The results showed that we could heterodyne signals with minimal noise.
47. The technician was able to heterodyne the frequencies using a simple setup.
48. The process of heterodyning can be applied in various fields of engineering.
49. We learned to heterodyne using both software and hardware approaches.
50. The ability to heterodyne is critical for the development of new technologies.
51. The objective was to heterodyne the signals for clearer communication.
52. They used the technique to heterodyne the radio waves effectively.
53. The workshop focused on hands-on experience with how to heterodyne.
54. The radio station needed to heterodyne frequencies to minimize interference.
55. The research project involved learning how to heterodyne signals from space.
56. Understanding how to heterodyne efficiently is vital for engineers today.
57. We were able to heterodyne multiple signals without losing quality.
58. The engineer explained how to heterodyne for optimal performance in the field.
59. They demonstrated how to heterodyne different frequencies for analysis.
60. The goal was to heterodyne the signals to enhance reception quality.
61. We successfully learned to heterodyne using advanced laboratory equipment.
62. The project aimed to heterodyne signals from various sources for comparison.
63. By using the right tools, we could heterodyne the frequencies accurately.
64. They showcased how to heterodyne effectively in real-world scenarios.
65. The team decided to heterodyne the inputs to improve the results.
66. Engineers need to know how to heterodyne to work in modern communication fields.
67. The technician had to heterodyne multiple channels to achieve the desired output.
68. Learning to heterodyne can open up new opportunities in signal processing.
69. The ability to heterodyne frequencies is crucial for effective data transmission.
70. The project involved teaching students how to heterodyne correctly.
71. To create a stronger signal, we had to heterodyne multiple inputs.
72. The radio equipment is designed to heterodyne various frequencies automatically.
73. We will need to heterodyne the signals to analyze their behavior.
74. The engineer demonstrated how to heterodyne using a real-world example.
75. The process of learning to heterodyne took several weeks of practice.
76. They managed to heterodyne the signals without any issues.
77. The lab was equipped to heterodyne frequencies for experimental purposes.
78. Understanding how to heterodyne can significantly enhance signal analysis.
79. The technician explained the importance of being able to heterodyne effectively.
80. The team used advanced techniques to heterodyne the signals for clarity.
81. To achieve the best results, we need to heterodyne the waves precisely.
82. The ability to heterodyne is essential for modern telecommunications.
83. The final step was to heterodyne the signals for the report.
84. The researcher was able to heterodyne the desired frequencies successfully.
85. We will demonstrate how to heterodyne using the latest technology.
86. The goal of the experiment was to heterodyne the signals for further study.
87. Learning to heterodyne is a fundamental skill for signal processing engineers.
88. The workshop provided insights on how to heterodyne in various applications.
89. They had to heterodyne the frequencies within a specific range.
90. The device could heterodyne multiple signals while minimizing noise.
91. The seminar focused on advanced techniques to heterodyne more effectively.
92. The team was excited to finally learn how to heterodyne in practice.
93. The software allows us to heterodyne signals with greater ease.
94. The technician was skilled at knowing when to heterodyne the inputs.
95. The process of how to heterodyne is crucial for signal integrity.
96. The students found it fascinating to heterodyne different frequencies.
97. They worked on a project that required them to heterodyne a wide range of signals.
98. The knowledge gained from learning how to heterodyne is invaluable.
99. The ability to heterodyne efficiently can enhance communication systems significantly.
100. To complete the setup, we need to heterodyne the incoming signals.