Nanowatts example sentences

"Nanowatts" Example Sentences

1. The power consumption of this device is only in the order of nanowatts.
2. The solar panel produces only a few nanowatts of power.
3. A device that consumes just a few nanowatts would be ideal for low-power applications.
4. The sensitivity of this sensor is measured in nanowatts.
5. The laser output is in the range of a few nanowatts to a few milliwatts.
6. The receiver is designed to operate with very low input signals, in the order of nanowatts.
7. This battery is capable of delivering a few nanowatts of power for several months.
8. The noise level of this amplifier is in the order of a few nanowatts.
9. The power output of this tiny generator is only a few nanowatts.
10. This optical fiber can transmit signals as low as a few nanowatts.
11. The device consumes only a few nanowatts of power when in standby mode.
12. The power consumption of this microcontroller is less than a nanowatt in sleep mode.
13. The sensitivity of this photodetector is as low as a few nanowatts.
14. This energy harvesting system can generate power in the order of nanowatts from ambient energy sources.
15. The output of this pressure sensor is in the range of a few nanowatts to a few microwatts.
16. This miniaturized sensor can detect signals as low as a few nanowatts.
17. The output of this current sensor is in the order of nanowatts at low current levels.
18. This ultra-low power microcontroller operates on just a few nanowatts of power.
19. This thermal sensor can detect temperature changes as low as a few nanowatts.
20. The output of this photoelectric sensor is in the order of nanowatts.
21. The noise level of this electronic component is as low as a few nanowatts.
22. This biosensor is capable of detecting trace amounts of analytes in the order of nanowatts.
23. The output power of this electromagnetic generator is in the range of a few nanowatts to a few microwatts.
24. This low-power sensor consumes only a few nanowatts of power per measurement cycle.
25. The sensitivity of this chemical sensor is as low as a few nanowatts.
26. The output power of this piezoelectric transducer is in the order of nanowatts.
27. This biofuel cell can generate a few nanowatts of power from organic substances.
28. The power consumption of this microprocessor can be reduced to less than a nanowatt by optimizing the software.
29. This low-power radio transmitter consumes only a few nanowatts of power.
30. The output of this biosensor is proportional to the concentration of analytes in the order of nanowatts.

Common Phases

1. Power consumption of the device is only a few nanowatts;
2. The nanowatt range is ideal for low-power applications;
3. The sensor can operate on just a few nanowatts of power;
4. The circuit is designed to consume microwatts rather than nanowatts;
5. The power-saving mode reduces power consumption to nanowatts levels;
6. The wearable device operates on a few nanowatts of power;
7. The energy-efficient design allows the device to operate on nanowatts of power;
8. The low-power microcontroller uses only nanowatts of power;
9. The device is optimized for ultra-low power consumption in the nanowatt range;
10. The battery can power the device for months on just a few nanowatts of power.