Impedivities example sentences

"Impedivities" Example Sentences

1. Impedivities of various substances can be measured using an impedance analyzer.
2. A high level of impedance usually indicates high impedivities in the object being tested.
3. Electrical circuit analysis often involves calculating the impedivities of different circuit elements.
4. One of the most important factors influencing the impedance of an electrical circuit is the frequency of the input signal.
5. Impedivities of different components of an electrical circuit can be combined to determine the overall impedance of the circuit.
6. Impedivities of biological tissues can be analyzed using bioimpedance methods and techniques.
7. Magnetic resonance imaging (MRI) can provide valuable information about the impedivities of different tissues in the body.
8. The value of the complex impedance is determined by the impedivities of the resistance, inductance and capacitance components of the circuit.
9. The impedivities of different coatings can influence the efficiency and durability of a material in various applications.
10. The impedivities of different metals can be used to identify the type of metal in an alloy or material sample.
11. Electrical engineers use impedivities to design and analyze complex electronic circuits and systems.
12. Material scientists study the impedivities of various materials to better understand their properties and behaviour.
13. Understanding the impedivities of different materials can help improve the performance of electrical and electronic systems.
14. Complex impedances can be represented as vectors in a complex plane, with magnitude and phase angles indicating the impedance characteristics.
15. The frequency response of a system can be determined by analyzing the impedivities of different components at different frequencies.
16. Measuring the impedivities of different components in a power transmission system can help identify potential problems or inefficiencies.
17. The impedivities of different sound-absorbing materials can determine their effectiveness in reducing noise pollution.
18. The impedivities of different semiconductor materials play a crucial role in determining their suitability for various electronic applications.
19. Understanding the impedivities of different insulators can help improve the safety and reliability of electrical equipment and systems.
20. The impedivities of different soils can impact their moisture content and fertility, as well as their ability to conduct electricity.
21. Corrosion can increase the impedivities of metallic surfaces, reducing their effective conductivity and lifespan.
22. The impedivities of different types of acids and bases are important factors in determining their chemical properties and reactivity.
23. Electrochemical impedance spectroscopy (EIS) is a technique used to study the impedivities of different electrolytes and other solutions.
24. The impedivities of different light-absorbing materials play a crucial role in determining their usefulness in various applications, such as solar cells.
25. The impedivities of different materials can be analyzed using a variety of techniques, including X-ray diffraction, infrared spectroscopy, and impedance spectroscopy.
26. The impedivities of different transformer windings can influence their efficiency and reliability, as well as the quality of the power output.
27. The impedivities of different types of polymers can be used to determine their properties and suitability for various applications, such as packaging materials or medical implants.
28. The impedivities of different conductive fluids can be used to monitor the flow of liquids or gases in industrial pipelines and systems.
29. The impedivities of different types of coatings and films can impact their barrier properties and prevent the penetration of moisture and other external factors.
30. The impedivities of different types of biological tissues can be used to diagnose and treat various medical conditions, such as tumors and infections.

Common Phases

1. The impedivities of the circuit can be calculated using the formula;
2. It is important to match impedivities in order to prevent signal loss;
3. The measured impedivities were higher than expected;
4. Impedivities can vary depending on the frequency of the signal;
5. The impedivities of the load and source must be properly matched for efficient power transfer;
6. Impedivities are a useful metric for measuring the resistance of a circuit;
7. High impedivities can cause signal distortion or attenuation;
8. The complex impedivities of the circuit can reveal important information about its behavior;
9. Different components of a circuit may have different impedivities, which can affect the overall performance;
10. Properly measuring and matching impedivities can be crucial in designing high-performance electronic systems.