Photocurrent in a sentence
(1) The intensity of light directly affects the photocurrent generated.
(2) The photocurrent in the circuit was measured using a digital multimeter.
(3) The photocurrent in the solar cell was converted into electrical energy.
(4) The photocurrent in the phototransistor was amplified by the transistor.
(5) The photocurrent in the circuit was measured using a high-precision ammeter.
(6) The photocurrent measured in the experiment was found to be 2.5 microamperes.
(7) The photocurrent in the semiconductor device was affected by the temperature.
(8) The photocurrent in the photodiode increased as the light intensity increased.
(9) The photocurrent in the photodetector was used to detect the presence of light.
(10) The photocurrent in the phototransistor was amplified by the transistor circuit.
Photocurrent sentence
(11) The photocurrent in the photonic crystal was enhanced by the periodic structure.
(12) The photocurrent in the circuit was measured using a low-noise current amplifier.
(13) The photocurrent in the photoresistor decreased as the light intensity increased.
(14) The photocurrent generated by the solar panel was enough to power the entire house.
(15) The researchers measured the photocurrent produced by the new photovoltaic material.
(16) The photocurrent in the photomultiplier tube was used to detect low levels of light.
(17) The photocurrent produced by the solar panel increased as the sunlight became brighter.
(18) The photocurrent in the photodiode was found to be dependent on the wavelength of light.
(19) The photocurrent in the circuit was measured using a high-speed data acquisition system.
(20) The photocurrent in the photodiode was found to be influenced by the ambient temperature.
Photocurrent make sentence
(21) The photocurrent in the circuit was found to be affected by the resistance in the circuit.
(22) The photocurrent in the photodiode was found to be influenced by the applied bias voltage.
(23) The photocurrent in the photovoltaic cell was found to decrease with increasing temperature.
(24) The photocurrent measured in the experiment was consistent with the theoretical predictions.
(25) The photocurrent in the circuit was found to be independent of the voltage across the circuit.
(26) The photocurrent generated by the solar cell was found to be highest during peak sunlight hours.
(27) The photocurrent generated by the solar cell was sufficient to power the small electronic device.
(28) The photocurrent produced by the solar panel was found to decrease with increasing shadow coverage.
(29) The photocurrent in the photovoltaic cell was found to be affected by the surface area of the cell.
(30) The photocurrent in the circuit was found to be directly proportional to the incident light intensity.
Sentence of photocurrent
(31) The photocurrent in the photovoltaic cell was found to be affected by the angle of incidence of light.
(32) The photocurrent generated by the solar cell was found to be dependent on the incident angle of light.
(33) The photocurrent in the circuit was found to be affected by the presence of other electronic components.
(34) The photocurrent in the photovoltaic cell was found to be affected by the material properties of the cell.
(35) The photocurrent produced by the solar panel was found to be stable over a wide range of light intensities.
(36) The photocurrent measured in the experiment was found to be lower than expected due to a faulty connection.
(37) The photocurrent measured in the experiment was found to be unstable due to fluctuations in the light source.
(38) The photoelectrical behavior of a material can be studied using techniques such as photocurrent measurements.
(39) The photocurrent produced by the solar panel was found to be higher in direct sunlight compared to diffused light.
(40) The photocurrent generated by the solar cell was found to be affected by the presence of dust or dirt on the surface.
(41) The photoelectrical properties of a material can be characterized using techniques such as photocurrent spectroscopy.
(42) The photocurrent generated by the photodiode was found to be inversely proportional to the distance from the light source.
(43) The photocurrent measured in the experiment was found to be highest when the light source was perpendicular to the photodiode.
Photocurrent meaning
Photocurrent is a term commonly used in the field of physics and electrical engineering to describe the electric current that is generated when light is incident on a photosensitive material. It is an important concept in various applications such as solar cells, photodiodes, and phototransistors. To effectively incorporate the word "photocurrent" into your sentences, consider the following tips:
1. Define the term: When introducing the word "photocurrent" in a sentence, it is essential to provide a clear definition or explanation of what it means.
For example, "Photocurrent refers to the flow of electric current that is produced when light interacts with a photosensitive material."
2. Contextualize the word: To enhance the understanding of the term, it is helpful to provide context or examples of situations where photocurrent is relevant. For instance, "In solar cells, the photocurrent generated by the absorption of sunlight is converted into usable electrical energy."
3. Use technical language appropriately: Since "photocurrent" is a technical term, it is important to use it in a context where it is appropriate. Avoid using it in casual or informal conversations unless the audience is familiar with the term.
4. Highlight its significance: Emphasize the importance or impact of photocurrent in the sentence to convey its relevance.
For example, "The efficient conversion of light into photocurrent is crucial for the performance of photovoltaic devices."
5. Connect it to related concepts: Linking photocurrent to other related terms or concepts can help reinforce understanding. For instance, "The magnitude of the photocurrent is directly proportional to the intensity of incident light and the efficiency of the photosensitive material."
6. Use it in technical explanations: When discussing the operation or characteristics of photosensitive devices, incorporating the term "photocurrent" can enhance the technical accuracy of your sentence.
For example, "The photodiode's responsivity is a measure of its ability to convert incident light into photocurrent."
7. Compare and contrast: Utilize the word "photocurrent" to highlight differences or similarities between various devices or materials. For instance, "Silicon-based photodiodes exhibit higher photocurrents compared to their germanium counterparts due to their narrower bandgap."
8. Discuss measurement or analysis techniques: When discussing experimental procedures or analysis methods, incorporating "photocurrent" can provide clarity.
For example, "The photocurrent was measured using a current-voltage (I-V) characterization setup."
9. Consider the audience: Adapt the complexity and level of technicality of your sentence based on the knowledge and familiarity of your audience with the term "photocurrent." Simplify or provide additional explanations as necessary.
10. Revise and proofread: After incorporating the word "photocurrent" into your sentence, review it for clarity, coherence, and accuracy. Ensure that the sentence effectively conveys the intended meaning and aligns with the context in which it is used. By following these tips, you can effectively incorporate the word "photocurrent" into your sentences, whether you are discussing its definition, applications, measurement, or related concepts. Remember to adapt the complexity and technicality of your language based on your audience's familiarity with the term.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Photocurrent. They do not represent the opinions of TranslateEN.com.