Picofarad example sentences

"Picofarad" Example Sentences

1. The capacitor's value is 10 picofarad.
2. A picofarad is a very small unit of capacitance.
3. This circuit requires a 220 picofarad capacitor.
4. He measured the capacitance as 470 picofarads.
5. The device uses a 1000 picofarad ceramic capacitor.
6. Each picofarad counts in this high-frequency application.
7. The specifications call for a 330 picofarad component.
8. Don't underestimate the importance of a single picofarad in this design.
9. The tuning circuit needs a variable capacitor ranging from 10 to 100 picofarads.
10. We need to replace the faulty 56 picofarad capacitor.
11. The impedance is inversely proportional to the capacitance in picofarads.
12. A picofarad is one trillionth of a farad.
13. The tiny capacitor holds only a few picofarads of charge.
14. Precise measurement of capacitance is crucial when dealing with picofarads.
15. What is the tolerance of this 270 picofarad component?
16. The high-frequency signal requires a low-capacitance component, in the order of picofarads.
17. Measuring capacitance in picofarads necessitates specialized equipment.
18. The difference of one picofarad can affect the resonance frequency.
19. How many picofarads are in a nanofarad?
20. This filter uses multiple capacitors, each rated at 15 picofarads.
21. The schematic shows a 22 picofarad coupling capacitor.
22. Accurate calculations require using the correct number of picofarads.
23. A slight variation in picofarads can significantly impact the outcome.
24. Remember to account for stray capacitance in picofarads.
25. The total capacitance is the sum of all individual picofarads.
26. The capacitor's value is printed as 1000pF (which is equivalent to 1000 picofarads).
27. We are looking for a high-quality 47 picofarad capacitor.
28. Is a 10 picofarad capacitor sufficient for this application?
29. The datasheet specifies a capacitance tolerance of ±0.5 picofarads.
30. The measurement showed a capacitance of 39 picofarads, slightly lower than expected.
31. High-precision instruments are essential for measuring capacitance in the range of picofarads.
32. Each picofarad contributes to the overall performance.
33. Ignoring stray capacitance in picofarads can lead to inaccurate results.
34. The signal attenuation depends heavily on the capacitor's value in picofarads.
35. Choosing the appropriate capacitor size in picofarads is critical.
36. Proper soldering techniques are vital to avoid damage to small picofarad capacitors.
37. The resonant frequency shifts based on the change in picofarads.
38. The parasitic capacitance in the circuit adds a few picofarads.
39. A 1 picofarad capacitor is incredibly small.
40. The circuit's behavior at high frequencies is significantly impacted by picofarads.
41. We need to calculate the total capacitance, expressed in picofarads.
42. The calibration procedure accounts for the added picofarads.
43. They used a 68 picofarad capacitor for fine-tuning.
44. Small changes in capacitance, even a few picofarads, can be significant.
45. The engineer specified a range of 10-100 picofarads.
46. A 50 picofarad capacitor is commonly used in many circuits.
47. Testing revealed the capacitor to be 82 picofarads, within tolerance.
48. Many components exhibit significant parasitic capacitance in the picofarad range.
49. Understanding picofarads is fundamental to electronics.
50. The device's sensitivity is directly linked to the precise value in picofarads.