"Without a spectrum analyzer," she sighed, "we're essentially flying blind."
A spectrum analyzer proved invaluable for troubleshooting the intermittent interference in the wireless network.
After years of experience, he could practically read a spectrum analyzer screen in his sleep.
Before transmitting, he always double-checked the signal purity with his trusty spectrum analyzer.
Compared to other tools, a spectrum analyzer offers a detailed look at the frequency domain.
He calibrated the power levels on the spectrum analyzer before taking any measurements.
He invested in a high-end spectrum analyzer with advanced signal processing capabilities.
His presentation focused on the innovative applications of the real-time spectrum analyzer.
She carefully studied the data captured by the spectrum analyzer, looking for anomalies.
She compared the readings from the spectrum analyzer with the theoretical predictions.
She used the spectrum analyzer to measure the bandwidth of the transmitted signal.
The aging spectrum analyzer still provided accurate readings, despite its age.
The compact spectrum analyzer was perfect for field work and on-site diagnostics.
The company invested in a new spectrum analyzer to improve their testing capabilities.
The data from the spectrum analyzer was used to create a detailed frequency map.
The engineer meticulously calibrated the spectrum analyzer before beginning the measurements.
The engineer used the spectrum analyzer to analyze the performance of the antenna.
The engineer used the spectrum analyzer to identify the frequency of the interfering signal.
The engineer used the spectrum analyzer to identify the source of the interference.
The engineer used the spectrum analyzer to measure the signal's power level.
The lab manual included detailed instructions on how to operate the spectrum analyzer.
The old-fashioned analog spectrum analyzer was replaced by a more advanced digital model.
The performance of the new transmitter was evaluated using a high-resolution spectrum analyzer.
The police department used a spectrum analyzer to track down illegal radio transmissions.
The presentation explained how to interpret the graphs produced by a spectrum analyzer.
The research team needed a spectrum analyzer to characterize the properties of the metamaterial.
The RF engineer meticulously adjusted the settings on the spectrum analyzer to isolate a rogue signal.
The software update improved the performance of the spectrum analyzer significantly.
The spectrum analyzer allowed for accurate measurement of the signal's occupied bandwidth.
The spectrum analyzer allowed the team to pinpoint the source of the RF leakage.
The spectrum analyzer allowed them to identify the exact frequency of the jamming signal.
The spectrum analyzer allowed them to precisely measure the signal's frequency drift.
The spectrum analyzer assisted in the fine-tuning of the receiver's frequency response.
The spectrum analyzer became a critical piece of equipment for their research.
The spectrum analyzer became an indispensable tool in their efforts to optimize the antenna design.
The spectrum analyzer clearly showed a significant decrease in signal strength after the modification.
The spectrum analyzer clearly showed the presence of intermodulation products.
The spectrum analyzer confirmed that the signal was within the specified frequency band.
The spectrum analyzer confirmed the antenna's performance within specified parameters.
The spectrum analyzer data revealed an unexpected peak in the frequency response.
The spectrum analyzer detected several unauthorized transmissions within the city limits.
The spectrum analyzer displayed a clear image of the frequency distribution.
The spectrum analyzer displayed the complex modulation scheme of the digital signal.
The spectrum analyzer gave a clear depiction of the signal's harmonic content.
The spectrum analyzer helped ensure compliance with FCC regulations.
The spectrum analyzer helped locate the parasitic oscillations in the circuit.
The spectrum analyzer helped them optimize the performance of the wireless network.
The spectrum analyzer helped them to troubleshoot the communication system.
The spectrum analyzer helped to identify and mitigate sources of interference.
The spectrum analyzer helped to identify the source of the electromagnetic interference.
The spectrum analyzer helped to isolate the problem with the oscillator.
The spectrum analyzer indicated the presence of a strong, unidentified signal.
The spectrum analyzer made identifying the source of the noise much easier.
The spectrum analyzer played a vital role in ensuring regulatory compliance.
The spectrum analyzer played a vital role in the development of the wireless technology.
The spectrum analyzer proved the signal's strength was within legal limits.
The spectrum analyzer provided a detailed analysis of the frequency spectrum.
The spectrum analyzer provided a visual representation of the frequency spectrum.
The spectrum analyzer provided real-time data for adjusting the power amplifier bias.
The spectrum analyzer provided valuable insights into the behavior of the wireless device.
The spectrum analyzer quickly showed that the amplifier was saturating.
The spectrum analyzer quickly verified the integrity of the signal transmission.
The spectrum analyzer revealed a spurious signal that was causing the system to malfunction.
The spectrum analyzer revealed that the signal had excessive phase noise.
The spectrum analyzer showed a significant increase in noise levels at higher frequencies.
The spectrum analyzer showed a surprisingly clean signal, indicating good transmitter design.
The spectrum analyzer showed the power distribution of the Wi-Fi signal.
The spectrum analyzer was a crucial tool for analyzing the performance of the amplifier.
The spectrum analyzer was a key tool in identifying the source of the jamming signal.
The spectrum analyzer was an essential tool for analyzing the performance of RF circuits.
The spectrum analyzer was an essential tool for radio frequency engineers.
The spectrum analyzer was calibrated carefully before measuring signal characteristics.
The spectrum analyzer was critical for testing the new mobile phone technology.
The spectrum analyzer was crucial in designing and testing the new radio transmitter.
The spectrum analyzer was essential for troubleshooting the RF system.
The spectrum analyzer was indispensable in analyzing the transmitter's output.
The spectrum analyzer was invaluable for diagnosing the digital communication system.
The spectrum analyzer was used to analyze the characteristics of the RF mixer.
The spectrum analyzer was used to analyze the pulsed radar signal.
The spectrum analyzer was used to analyze the signal's harmonic distortion.
The spectrum analyzer was used to analyze the spectral purity of the signal.
The spectrum analyzer was used to characterize the filter's insertion loss.
The spectrum analyzer was used to identify the modulation type of the unknown signal.
The spectrum analyzer was used to identify the presence of spurious signals.
The spectrum analyzer was used to measure the bandwidth of the signal.
The spectrum analyzer was used to measure the signal's intermodulation distortion.
The spectrum analyzer was used to measure the signal's signal-to-noise ratio.
The spectrum analyzer was used to optimize the antenna's matching network.
The spectrum analyzer was used to verify the performance of the RF filter.
The spectrum analyzer, combined with other tools, solved the interference issue.
The spectrum analyzer's display allowed the team to visualize the signal's frequency components.
The spectrum analyzer's display showed a clear picture of the frequency spectrum.
The spectrum analyzer's readings helped identify the faulty component on the PCB.
The student hoped to borrow the university's spectrum analyzer for their final year project.
The team used a spectrum analyzer to diagnose the cause of the network outage.
The technician relied on the spectrum analyzer to detect the source of electromagnetic radiation.
The training course included a hands-on session using a spectrum analyzer to identify different modulation types.
Using the spectrum analyzer, they mapped the radio frequency environment in the area.
Using the spectrum analyzer, we could visually confirm the presence of harmonics in the amplifier's output.
We needed a spectrum analyzer with a higher frequency range to analyze the satellite communication signals.