Mhz example sentences

"Mhz" Example Sentences

1. My new router boasts a processing speed of 1.2 MHz.
2. The old radio only received AM signals up to 1600 MHz.
3. This satellite operates in the 2.4 MHz band.
4. The signal strength dropped significantly below 5 MHz.
5. He tuned the receiver to precisely 100 MHz to capture the broadcast.
6. Modern CPUs often operate at several gigahertz, far exceeding the kilohertz and MHz ranges of older processors.
7. The frequency counter displayed 440 MHz, indicating a clear signal.
8. A MHz meter is essential for troubleshooting radio equipment.
9. The specification sheet listed the operating frequency as 27 MHz.
10. The interference was particularly bad around 88 MHz.
11. The radio operates across a range of 20-50 MHz.
12. The crystal oscillator vibrated at a precise 10 MHz.
13. I need a frequency synthesizer capable of generating signals up to 1000 MHz.
14. Above 1 MHz, the signal attenuation becomes problematic.
15. The transmitter's output power was carefully calibrated at 1 MHz.
16. Many cordless phones operate in the 900 MHz band.
17. At 2.4 MHz, wireless interference is quite common.
18. The bandwidth of the signal was less than 1 MHz.
19. We need a filter to remove signals outside the 10 MHz bandwidth.
20. The base station transmitted a beacon signal at 5 MHz intervals.
21. The clock speed was increased from 10 MHz to 20 MHz.
22. Is it 100 MHz or 1 GHz? There's a factor of 1000 difference.
23. The signal was too weak to be reliably detected below 10 MHz.
24. Their wireless network runs on a 5 MHz channel. (This is unlikely, but demonstrates usage)
25. This component resonates at approximately 50 MHz.
26. The spectrum analyzer showed a peak at 433 MHz.
27. The antenna’s performance degrades significantly above 200 MHz.
28. The circuit oscillated at a stable 10 MHz.
29. Below 1 MHz, the capacitor's impedance is very high.
30. Measurements indicated a slight drift in the 10 MHz reference oscillator.
31. The frequency response was flat up to 50 MHz.
32. The amplifier had a gain of 20 dB at 100 MHz.
33. The noise floor was higher than expected at 20 MHz.
34. This radio is capable of receiving signals from 1 to 100 MHz.
35. The synthesizer generated a clean sine wave at 10.7 MHz.
36. We detected a narrowband signal at 144 MHz.
37. The filter's cutoff frequency is 50 MHz.
38. The receiver was overwhelmed by strong signals above 1 MHz.
39. The microprocessor operated at a clock speed of 4 MHz. (This is slow for a microprocessor, but demonstrates usage)
40. A MHz counter is a useful tool for electronics enthusiasts.
41. The signal-to-noise ratio was improved by reducing the bandwidth to 1 MHz.
42. The problem was traced to a faulty 10 MHz crystal.
43. They used a 5 MHz clock for synchronization.
44. The test equipment could only measure frequencies up to 500 MHz.
45. The oscillator’s output was surprisingly stable at 100 MHz.
46. The GPS receiver used a 10 MHz reference clock.
47. The audio signal was sampled at 10 MHz. (This is unnecessarily high but illustrates usage)
48. The oscilloscope showed a clean 1 MHz sine wave.
49. The interference was concentrated around the 27 MHz citizen's band radio frequency.
50. His amateur radio transceiver operated in the 144 MHz band.