Susceptance in a sentence
Synonym: responsiveness, receptivity. Antonym: insensitivity, unresponsiveness
Meaning: the ability to receive and respond to an influence
(1) The susceptance of the capacitor was found to be 0.05 Siemens.
(2) The susceptance of the circuit was causing harmonic distortion.
(3) The susceptance of the circuit was measured using an LCR meter.
(4) The susceptance of the amplifier affects its gain and stability.
(5) The susceptance of the motor was causing a lagging power factor.
(6) The susceptance of the circuit was causing voltage fluctuations.
(7) The susceptance of the circuit was causing reactive power losses.
(8) The susceptance of the network needs to be analyzed for stability.
(9) The susceptance of the generator was causing voltage fluctuations.
(10) The susceptance of the transmission line affects signal propagation.
Susceptance sentence
(11) The susceptance of the circuit increased as the frequency decreased.
(12) The susceptance of the load was causing voltage drops in the circuit.
(13) The susceptance of the antenna affects its ability to receive signals.
(14) The susceptance of the transmission medium affects signal attenuation.
(15) The susceptance of the circuit was causing a reactive power imbalance.
(16) The susceptance of the inductor determines its ability to store energy.
(17) The susceptance of the circuit was measured using a digital multimeter.
(18) The susceptance of the load affects the overall impedance of the circuit.
(19) The susceptance of the transformer affects its ability to transfer power.
(20) The susceptance of the device can be reduced by adding a series resistor.
Susceptance make sentence
(21) The susceptance of the inductor was causing a phase shift in the circuit.
(22) The susceptance of the circuit was calculated to determine its reactance.
(23) The susceptance of the inductor was measured using an impedance analyzer.
(24) The susceptance of the parallel circuit was calculated using the formula.
(25) The susceptance of the circuit was plotted on a Smith chart for analysis.
(26) The susceptance of the device needs to be measured for proper calibration.
(27) The susceptance of the circuit can be reduced by adding a shunt capacitor.
(28) The susceptance of the circuit can be controlled by varying the frequency.
(29) The susceptance of the circuit can be reduced by adding a series capacitor.
(30) The susceptance of the transformer needed to be reduced to minimize losses.
Sentence of susceptance
(31) The susceptance of the circuit was reduced by adding a capacitor in series.
(32) The susceptance of the circuit was reduced by adding an inductor in series.
(33) The susceptance of the circuit was measured using a vector network analyzer.
(34) The susceptance of the circuit was reduced by adding a resistor in parallel.
(35) The susceptance of the circuit was causing resonance at a specific frequency.
(36) The susceptance of the inductor needed to be adjusted for impedance matching.
(37) The susceptance of the material determines its ability to conduct electricity.
(38) The susceptance of the capacitor needs to be adjusted for optimal performance.
(39) The susceptance of the motor determines its ability to start and run smoothly.
(40) The susceptance of the circuit can be compensated by adding a series inductor.
Susceptance meaningful sentence
(41) The susceptance of the capacitor needed to be adjusted for voltage regulation.
(42) The susceptance of the circuit can be eliminated by using a different topology.
(43) The susceptance of the device needs to be accounted for in circuit simulations.
(44) The susceptance of the transmission line was causing voltage regulation issues.
(45) The susceptance of the circuit can be compensated by adding a parallel resistor.
(46) The susceptance of the network needs to be optimized for reliable communication.
(47) The susceptance of the circuit needed to be balanced for optimal power transfer.
(48) The susceptance of the system needs to be minimized for efficient power transfer.
(49) The susceptance of the system needs to be balanced for proper power distribution.
(50) The susceptance of the capacitor was causing a reactive power flow in the system.
Susceptance sentence examples
(51) The susceptance of the circuit was causing a phase shift in the voltage waveform.
(52) The susceptance of the motor needed to be increased for power factor improvement.
(53) The susceptance of the circuit needs to be calculated for accurate power analysis.
(54) The susceptance of the component needs to be considered for proper circuit design.
(55) The susceptance of the filter needs to be adjusted for desired frequency response.
(56) The susceptance of the inductive load was causing a delay in the current waveform.
(57) The susceptance of the load needed to be compensated for power factor improvement.
(58) The susceptance of the circuit was adjusted by changing the value of the inductor.
(59) The susceptance of the circuit was adjusted by changing the value of the resistor.
(60) The susceptance of the circuit was adjusted by changing the value of the capacitor.
Sentence with susceptance
(61) The susceptance of the circuit was found to be 0.1 Siemens at a frequency of 1 kHz.
(62) The susceptance of the capacitor needed to be increased for power factor correction.
(63) The susceptance of the transmission line was causing voltage drops along its length.
(64) The susceptance of the capacitor needed to be decreased for power factor correction.
(65) The susceptance of the circuit was determined by analyzing the impedance phase angle.
(66) The susceptance of the circuit was calculated using the formula for series impedance.
(67) The susceptance of the circuit was found to be 0.02 Siemens at a frequency of 10 kHz.
(68) The susceptance of the circuit can be adjusted by changing the value of the component.
(69) The susceptance of the generator needed to be adjusted to match the load requirements.
(70) The susceptance of the circuit was found to be 0.03 Siemens at a frequency of 100 kHz.
Use susceptance in a sentence
(71) The susceptance of the circuit was found to be inversely proportional to the frequency.
(72) The susceptance of the circuit was calculated using the formula for parallel impedance.
(73) The susceptance of the circuit was calculated using the formula for parallel admittance.
(74) The susceptance of the circuit was causing a phase difference between voltage and current.
(75) The susceptance of the load needs to be matched with the source for maximum power transfer.
(76) The susceptance of the circuit was causing a reactive power flow in the opposite direction.
(77) The susceptance of the inductive load needed to be compensated for power factor correction.
(78) The susceptance of the circuit was found to be negative, indicating a capacitive reactance.
(79) The susceptance of the circuit was found to be positive, indicating an inductive reactance.
(80) The susceptance of the transmission line needed to be compensated for reactive power losses.
Sentence using susceptance
(81) The susceptance of the transmission line needed to be minimized for efficient power transfer.
(82) The susceptance of the transformer needed to be adjusted for optimal power factor correction.
(83) The susceptance of the circuit can be canceled out by adding an equal and opposite susceptance.
(84) The susceptance of the circuit was determined by analyzing the imaginary part of the impedance.
(85) The susceptance of the circuit was determined by analyzing the imaginary part of the admittance.
(86) The susceptance of the transmission line needs to be minimized for efficient signal transmission.
(87) The susceptance of the circuit was determined by analyzing the imaginary part of the conductance.
Susceptance meaning
Susceptance is a term commonly used in electrical engineering and refers to the imaginary component of admittance in an alternating current (AC) circuit. It is denoted by the symbol "B" and is measured in units called siemens (S). Susceptance represents the ability of a circuit to store or release energy in response to changes in voltage or current. To effectively use the word "susceptance" in a sentence, it is important to understand its meaning and context. Here are some tips on how to incorporate this word into your writing:
1. Technical Definition: When introducing the term susceptance for the first time, it is essential to provide a clear and concise definition.
For example, "Susceptance, in electrical engineering, refers to the imaginary component of admittance in an AC circuit, representing the circuit's ability to store or release energy."
2. Contextual Explanation: To enhance understanding, it can be helpful to provide a brief explanation of how susceptance relates to other electrical parameters. For instance, you could say, "In combination with resistance and reactance, susceptance completes the complex admittance, which characterizes the behavior of an AC circuit."
3. Practical Application: To demonstrate the practical use of susceptance, consider providing an example sentence that showcases its relevance. For instance, "The calculation of susceptance is crucial in designing power factor correction systems, as it helps determine the amount of reactive power compensation required."
4. Comparisons and Contrasts: To further clarify the concept, you can compare susceptance to other related terms.
For example, you could write, "Unlike resistance, which dissipates energy as heat, susceptance represents the reactive component of a circuit, responsible for energy storage and release."
5. Real-World Scenario: To make the concept more relatable, you can create a hypothetical scenario where susceptance plays a role. For instance, "In a renewable energy system, understanding the susceptance of the power grid is essential for optimizing the integration of solar panels and wind turbines, ensuring efficient power transfer."
6. Historical or Etymological Background: If relevant, you can provide a brief historical or etymological background of the word susceptance.
For example, "The term susceptance originated from the Latin word 'susceptus,' meaning 'to take up or receive.' This reflects its fundamental role in AC circuits, where it represents the ability to store or receive energy."
7. Additional Information:
Finally, you can include any additional information or interesting facts about susceptance that may enhance the reader's understanding. For instance, you could mention its relationship to capacitance and inductance, or its significance in power system analysis and control. Remember, when using technical terms like susceptance, it is crucial to ensure that the sentence is clear, concise, and appropriate for the intended audience. By following these tips, you can effectively incorporate the word susceptance into your writing and enhance your readers' understanding of this electrical engineering concept.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Susceptance. They do not represent the opinions of TranslateEN.com.