Analyzing the distortion in the analog signal revealed flaws in the amplifier design.
Before the advent of digital television, viewers relied on the quality of their antenna to receive a strong analog signal.
Converting the analog signal to digital data allowed for easier storage and manipulation on the computer.
Data acquisition systems can translate a real-world event into an analog signal, then convert it to a digital representation.
Despite its limitations, the analog signal still offered a directness and immediacy that digital systems lacked.
Even in advanced medical devices, subtle variations in the analog signal can provide crucial diagnostic information.
Even in the digital age, some musicians still yearn for the expressive control offered by analog signal processing.
He traced the fluctuating voltage of the analog signal with an oscilloscope to diagnose the circuit fault.
His expertise lay in filtering out unwanted noise from the raw analog signal.
Reverse engineering the device required a thorough understanding of how the analog signal was processed.
Scientists carefully analyzed the analog signal coming from the remote sensor, hoping to detect subtle changes.
The accuracy of the measurement depended on the precision of the analog signal processing.
The analog signal exhibited a clear sinusoidal pattern, indicating a periodic phenomenon.
The analog signal representing the audio waveform was fed into the amplifier.
The analog signal was converted to a digital format for storage and analysis.
The analog signal was digitized using an analog-to-digital converter (ADC).
The analog signal was displayed on a cathode ray oscilloscope for visualization.
The analog signal was modulated to transmit the information more efficiently.
The analog signal was processed to extract information about the underlying phenomenon.
The analog signal was processed to remove unwanted artifacts and distortions.
The analog signal was susceptible to interference from electromagnetic radiation.
The analog signal was transmitted over a fiber optic cable using optical modulation.
The analog signal was transmitted over a microwave link.
The analog signal was transmitted over a power line.
The analog signal was transmitted over a satellite link.
The analog signal was transmitted over a telephone line.
The analog signal was transmitted over a twisted pair cable.
The analog signal was transmitted over long distances via coaxial cable.
The analog signal was transmitted wirelessly using radio frequency (RF) modulation.
The analog signal was used to control the brightness of the display screen.
The analog signal was used to control the current of a light emitting diode (LED).
The analog signal was used to control the frequency of an oscillator.
The analog signal was used to control the position of a mechanical actuator.
The analog signal was used to control the speed of a DC motor.
The analog signal was used to control the temperature of a heating element.
The analog signal was used to control the voltage of a power supply.
The analog signal was used to drive a servo motor in a robotic arm.
The analog signal was used to generate a visual representation of the data.
The analog signal was used to measure the acceleration of an object.
The analog signal was used to measure the displacement of a mechanical component.
The analog signal was used to measure the flow rate of a fluid in a channel.
The analog signal was used to measure the force exerted by a mechanical device.
The analog signal was used to measure the pressure of a fluid in a pipe.
The antiquated machinery relied on a complex network of gears and levers governed by an analog signal.
The antique gauge displayed the pressure using a needle that moved in response to an analog signal.
The art installation used the subtle variations in an analog signal to create an evolving soundscape.
The artist preferred the imperfections and nuances of the analog signal over the sterile perfection of digital recording.
The audio engineer preferred working with the tactile controls that directly manipulated the analog signal.
The authenticity of the recording was verified by analyzing the characteristics of the analog signal.
The challenge was to extract meaningful information from the noisy analog signal received from the satellite.
The company developed a new technology for encoding the analog signal to enhance security.
The control panel displayed the engine's performance as a constantly fluctuating analog signal.
The control system used an analog signal to regulate the flow of fluid through the valve.
The design incorporated a filter to remove unwanted frequencies from the analog signal.
The device amplified the weak analog signal received from the remote transmitter.
The device generated an analog signal that corresponded to the user's input.
The engineer optimized the amplifier circuit to boost the weak analog signal without introducing significant noise.
The experiment aimed to demonstrate the feasibility of transmitting an analog signal over long distances.
The experiment involved manipulating the analog signal to control the system's behavior.
The experiment involved measuring the response of the nerve cells to a controlled analog signal.
The fading radio station struggled to maintain a clear analog signal in the face of digital interference.
The fluctuations in the analog signal represented variations in temperature detected by the probe.
The microphone captured the singer's voice as an analog signal, faithfully preserving its timbre and dynamics.
The old tape recorder struggled to accurately reproduce the original analog signal.
The patient's heart rate was continuously monitored and displayed as an analog signal on the screen.
The professor used the analog signal as a simple example to illustrate the principles of signal processing.
The project required developing a circuit to convert the digital signal back to its original analog signal.
The researcher studied the correlation between the analog signal and the observed behavior.
The scientist calibrated the instruments to ensure the precision of the analog signal measurements.
The sensor converted the physical quantity into a proportional analog signal.
The study evaluated the effectiveness of different methods for filtering noise from the analog signal.
The study evaluated the performance of different algorithms for processing the analog signal.
The study examined the relationship between the analog signal and the system's performance.
The study focused on the effects of noise on the integrity of the analog signal.
The study investigated the effects of temperature on the characteristics of the analog signal.
The study investigated the use of machine learning techniques to analyze the analog signal.
The system employed a sophisticated algorithm to analyze the complex analog signal patterns.
The system was designed to compensate for the effects of aging on the analog signal components.
The system was designed to handle a wide range of analog signal amplitudes.
The system was designed to minimize the distortion of the analog signal during transmission.
The system was designed to operate autonomously based on the information contained in the analog signal.
The system was designed to operate reliably even in the presence of noise in the analog signal.
The system was designed to operate with both analog signal and digital data.
The system was designed to prevent the analog signal from being corrupted by electromagnetic interference.
The system was designed to provide a high level of security for the analog signal transmission.
The team designed a custom circuit to optimize the quality of the analog signal transmission.
The team struggled to isolate the desired information from the complex and noisy analog signal.
The technician adjusted the potentiometer to fine-tune the analog signal driving the motor.
The technician calibrated the equipment to ensure the accuracy of the analog signal measurements.
The technician meticulously cleaned the contacts to improve the quality of the analog signal.
The technician used a logic analyzer to examine the digital representation of the analog signal.
The technician used a multimeter to measure the voltage of the analog signal.
The technician used a network analyzer to characterize the performance of the analog signal transmission system.
The technician used a spectrum analyzer to measure the frequency content of the analog signal.
The technician used a time domain reflectometer (TDR) to locate faults in the analog signal cable.
The technician used an oscilloscope to analyze the waveform of the analog signal.
The telephone, once a symbol of analog communication, is slowly being replaced by digital networks.
The vintage synthesizer produced a rich, warm sound rooted in its complex analog signal generation.
The weather station continuously transmits an analog signal indicating current atmospheric conditions.
Understanding the properties of the analog signal is crucial for designing effective communication systems.