"An abohm isn't much," she said, "but in sensitive circuits, it matters."
Calculating the precise inductance required knowing the exact abohm value of the coil.
Even a slight increase in abohm could dramatically alter the circuit's performance.
Even in a perfect vacuum, there would still be a tiny fraction of an abohm of resistance.
Even the smallest imperfection could add to the total abohm reading.
He meticulously measured the wire's abohm value to ensure it met specifications.
He patiently explained the concept of abohm to the bewildered student.
He used a Wheatstone bridge to accurately determine the abohm of the unknown resistor.
His lecture on superconductivity highlighted the state's near-zero abohm resistance.
She theorized that quantum tunneling affected the abohm value at extremely low temperatures.
The abohm measurement confirmed the integrity of the grounding system.
The abohm measurement was critical for ensuring the safety of the circuit.
The antique radio repairman chuckled, saying the broken resistor had barely an abohm of resistance left.
The calculation required converting micro-ohms to abohm for consistency.
The circuit designer was obsessed with minimizing every last abohm of resistance.
The circuit's performance depended on maintaining a stable abohm value.
The company patented a new alloy with an exceptionally low abohm rating.
The control system adjusted the voltage to maintain a stable abohm value.
The control system automatically adjusted the voltage to compensate for abohm fluctuations.
The control system maintained a constant current despite fluctuations in abohm.
The data suggested a correlation between temperature and the material's abohm.
The development of new materials with lower abohm is a major research focus.
The device compensated for temperature variations that affected the abohm reading.
The device compensated for the effect of humidity on the abohm reading.
The device compensated for variations in abohm due to manufacturing tolerances.
The device corrected for errors in abohm due to temperature gradients.
The device corrected for errors in abohm measurement due to environmental factors.
The device detected anomalies indicated by a sudden spike in abohm.
The device eliminated the effects of noise on the abohm measurement.
The device measured the resistance with an accuracy of one pico-abohm.
The device provided a detailed analysis of abohm fluctuations.
The device provided a visual representation of abohm distribution.
The device provided real-time monitoring of abohm variations.
The device recorded the abohm values over time, creating a performance profile.
The difference in the cables' abohm readings was negligible.
The engineer debated whether such small abohm variations were significant.
The engineers used a simulation to predict the abohm under different conditions.
The engineers worked to minimize the abohm loss in the transmission line.
The experiment aimed to control the abohm of the material using external stimuli.
The experiment aimed to demonstrate the feasibility of zero-abohm conductivity.
The experiment aimed to develop a new method for measuring abohm.
The experiment aimed to reduce the abohm of the material to its theoretical limit.
The experiment aimed to reduce the material's resistance to fractions of an abohm.
The experiment aimed to validate the theoretical prediction of abohm.
The experiment revealed a surprising relationship between abohm and frequency.
The experiment sought to create a material with a controllable abohm.
The experiment sought to develop a material with a negative abohm.
The experiment sought to manipulate the abohm properties of the material.
The experiment sought to manipulate the material's abohm properties using magnetic fields.
The experiment sought to minimize the abohm in the superconducting material.
The experiment sought to understand the underlying physics of abohm.
The instrument displayed the resistance in both scientific notation and abohm.
The lower the abohm, the more efficient the electrical conductor.
The measurement of abohm required careful calibration of the multimeter.
The measurement of abohm was critical for improving the performance of the device.
The measurement of abohm was crucial for ensuring the reliability of the circuit.
The measurement of abohm was crucial for predicting the lifespan of the device.
The measurement of abohm was essential for characterizing the material.
The measurement of abohm was essential for ensuring the safety of the operator.
The measurement of abohm was essential for optimizing the circuit's performance.
The measurement of abohm was essential for validating the design of the circuit.
The measurement of abohm was fundamental to understanding the behavior of the device.
The measurement of the abohm was crucial for diagnosing the fault.
The oscilloscope showed a rapid change in abohm during the transient event.
The precision resistor was guaranteed to have a resistance within a few milli-abohm.
The professor explained that an abohm represented a minuscule unit of resistance.
The project's success hinged on achieving a resistance of less than an abohm.
The prototype's abohm readings were within the acceptable range.
The researcher was investigating the impact of pressure on abohm values.
The researchers aimed to understand the fundamental principles behind abohm.
The researchers explored the potential of using abohm as a sensing parameter.
The researchers explored the relationship between abohm and material composition.
The researchers explored the relationship between abohm and surface roughness.
The researchers investigated the effect of strain on abohm.
The researchers investigated the relationship between abohm and conductivity.
The researchers investigated the role of abohm in electrical breakdown.
The researchers investigated the role of abohm in energy dissipation.
The researchers were exploring the potential applications of low-abohm materials.
The researchers were investigating the impact of radiation on abohm.
The researchers were trying to achieve near-zero abohm resistance.
The resistance, measured in abohm, was negligible compared to the inductance.
The scientist pursued research on materials exhibiting zero abohm conductivity at room temperature.
The sensitive instruments were needed to detect the subtle changes in abohm readings.
The sensor detected even the slightest change in the material's abohm.
The sensor's sensitivity allowed it to detect changes of only a nano-abohm.
The software simulation predicted a minor increase in abohm during the overload.
The team analyzed the data to identify factors influencing the abohm of the component.
The team struggled to create a superconducting wire with absolutely no abohm.
The technician carefully adjusted the potentiometer to achieve the desired abohm.
The technician carefully calibrated the instrument to accurately measure abohm.
The test equipment displayed the resistance in both ohms and abohm units.
The textbook defined an abohm in relation to current and voltage.
The theoretical framework helped explain the complex relationship between abohm and temperature.
The theoretical model predicted a specific abohm value for the new material.
The theoretical value was zero abohm, but the experiment yielded a tiny positive result.
Theoretical physics predicts materials with negative abohm resistance under certain conditions.
They found a surprising difference in abohm between the two samples.
Understanding abohm is fundamental to electrical engineering.
We need equipment capable of measuring down to the micro-abohm level.
With barely an abohm to measure, the circuit was practically open.