Resistor example sentences

"Resistor" Example Sentences

1. The resistor limits the amount of current flowing through the circuit.
2. Resistors come in a variety of shapes and sizes.
3. Carbon composition resistors are inexpensive but have low accuracy.
4. The color bands on the resistor indicate its value.
5. I needed a 1k ohm resistor for that part of the circuit.
6. Wirewound resistors have better stability and can handle more power.
7. The resistor serves as a current limiter in the circuit.
8. Metal film resistors offer good accuracy and stability.
9. A surge of current can cause the resistor to burn out.
10. The carbon film resistor was the simplest type.
11. Resistors are rated by the amount of power they can safely dissipate.
12. Make sure to insert the resistor in the correct orientation.
13. Variable resistors allow you to adjust the current flow.
14. I needed to replace two burnt out resistors on the circuit board.
15. Potentiometers are variable resistors often used as dials or knobs.
16. The resistor protected the circuit from voltage surges.
17. The resistor heated up as more current passed through it.
18. A resistor and capacitor form a basic filter circuit.
19. Thin film resistors are very accurate and stable.
20. The pattern on the resistor indicates its value and tolerance.
21. A short circuit occurred across the resistor.
22. I tested the resistor with my multimeter.
23. The composition of the resistor determines its power rating.
24. Resistors dissipate electrical energy as heat.
25. The resistor limited the base current of the transistor.
26. Precision resistors are more accurate than standard resistors.
27. You can use an ohmmeter to test the value of a resistor.
28. Try replacing the burnt out resistors before replacing the whole board.
29. The value of the resistor determines its behavior in the circuit.
30. The color bands on the resistor identify its resistance value.
31. The trimmer resistor allowed fine tuning of the circuit.
32. I need a resistor with a lower resistance value.
33. Resistors work by impeding the flow of electrons.
34. The large resistor shunted most of the current to ground.
35. A resistor can control the brightness of an LED.
36. High wattage resistors can handle more current.
37. Inductor resistors have a spiral shape.
38. Resistors are used to prevent current overloading.
39. A resistor ladder provides a range of resistance values.
40. The resistance value of the resistor is graded with a tolerance.
41. Putting resistors in series increases total resistance.
42. Wirewound resistors can handle high wattage applications.
43. SMD resistors are smaller surface mounted components.
44. A fuse acts like a very low resistance resistor.
45. I replaced two burnt out high wattage resistors.
46. The jewel resistor had a compact shape.
47. A thermistor is a type of variable resistor.
48. Putting resistors in parallel decreases total resistance.
49. The ceramic resistors were small and low profile.
50. I selected a metal film resistor for better accuracy.
51. I needed a higher wattage resistor for the circuit.
52. Check the resistors for any burn marks or breaks in the element.
53. The linear taper potentiometer acted like a variable resistor.
54. Using resistors of the same wattage helps ensure balance.
55. The circuit worked once I replaced the bad resistors.
56. Resistors work by impeding the flow of electrons in a circuit.
57. I replaced both burnt out 1k ohm resistors on the board.
58. Resistors dissipate excess current as heat energy.
59. I verified the resistor values using my digital multimeter.
60. The voltage divider circuit uses two resistors to reduce voltage.

Common Phases

1. He connected the resistor in series with the circuit.
2. The resistor helps regulate and control the flow of current.
3. She measured the resistance of the various resistors using an ohmmeter.
4. The circuit needs a 1k ohm resistor.
5. The color bands indicate that this is a 10k ohm resistor.
6. The technician replaced the burnt out resistor to repair the circuit.
7. You can string together resistors in parallel to get a lower resistance value.
8. Variable resistors, also called potentiometers, allow you to adjust the resistance.
9. The resistors dissipated the excess electrical energy as heat.
10. Do not touch two leads of a resistor while the circuit is powered.
11. She connected the positive and negative leads to the resistor.
12. Carbon film resistors are commonly used in basic electronics projects.
13. The wirewound resistor can handle higher power loads.
14. Metal film resistors offer more precision and stability than carbon resistors.
15. The current through the resistor produces a voltage drop.
16. The tolerance of a resistor indicates how accurate its resistance actually is.
17. You can use resistors to act as voltage dividers in a circuit.
18. The resistor limits the current in the circuit to protect sensitive components.
19. Light and heat can change the resistance value of some resistors over time.
20. The burnt resistor gave off the acrid smell of melted plastic and fiberglass.
21. The tantalum chip resistor has a very small footprint.
22. He tested the resistor's values with a digital multimeter.
23. I desoldered the faulty resistor and replaced it with an identical one.
24. Resistors are critical components in almost any basic electronic circuit.
25. They connected resistors in both series and parallel configurations.
26. Smaller wattage resistors use thin film designs.
27. She studied Ohm's law to determine resistor values.
28. The student learned to identify resistor color codes.
29. He carefully matched the replacement resistor to the correct specs.
30. Never short circuit a resistor while the power is on.
31. The LED would not light up until they added a resistor.
32. The resistor helps stabilize operations in the circuit.
33. They calculated the resistance based on the given resistor values.
34. Placeable resistors allow more flexibility in circuit board assembly.
35. The thick film resistors handle higher power needs.
36. The Allen wrench was used to adjust the variable resistor.
37. I covered the resistor with heat shrink tubing for protection.
38. You must discharge a capacitor before handling resistors or other components.
39. Write down the measured resistor values to remember them later.
40. The potentiometer acts like a variable resistor.
41. Fixed resistors have a set resistance value and do not change.
42. High precision resistors offer tight resistance tolerance.
43. I connected a resistor and switch in series for a basic on-off circuit.
44. The resistor limited the current through the LED.
45. The metal film resistors are more suitable for analog circuits.
46. Thermistors act as temperature-sensitive resistors.
47. Gold contact resistors create consistent connections.
48. They used precision gap-cast resistors for high accuracy.
49. Wirewound resistors are used for high-power applications.
50. Fuses act as specialized low resistance elements.
51. Inductors, resistors and capacitors are passive components.
52. Simulate the circuit using virtual resistors before building it.
53. Always apply polarity correctly when soldering axial resistors.
54. Griffin clips attach resistors easily without soldering.
55. Do not smoke or have open flames near electronics with exposed resistors.
56. Foil resistors have foil bands for resistive layers.
57. The power rating of a resistor depends on its construction.
58. A potentiometer can act as multiple variable resistors.
59. Use resistors to limit current for motors and solenoids.
60. The device used many surface mount resistors on its circuit board.