What does one nanowatt represent?

One nanowatt (nW) is an SI-derived unit of power equal to 10⁻⁹ watts, often used to measure extremely low power levels in electronics and photonics.

What kind of power does gigajoule per second measure?

Gigajoule per second (GJ/s) measures very large power levels equivalent to 10⁹ watts, suitable for describing power in large-scale plants and industrial applications.

Why convert nanowatts to gigajoule per second?

Converting nanowatts to gigajoule per second helps compare or scale power levels from ultra-low to very high magnitudes across different scientific and engineering fields.

Convert Nanowatt [nW] to Gigajoule/second [GJ/s]

Easily convert power values from nanowatts, used in ultra-low-power electronics, to gigajoule per second, a unit for very large energy rates, with this online unit converter.

Nanowatt [nW]

Gigajoule/second [GJ/s]

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Nanowatt [nW] to Gigajoule/second [GJ/s] Conversion Table

Nanowatt [nW]	Gigajoule/second [GJ/s]

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

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Nanowatt [nW] to Gigajoule/second [GJ/s] Conversion Table
Nanowatt [nW]	Gigajoule/second [GJ/s]

Explore More Power Units Converter

What Is This Tool?

This converter allows you to transform power measurements from nanowatts (nW), appropriate for measuring extremely low power levels, to gigajoule per second (GJ/s), which represent very large power levels. It facilitates understanding and comparing power across vastly different scales.

How to Use This Tool?

Enter the value in nanowatts (nW) you wish to convert
Select nanowatt as the from unit and gigajoule/second as the to unit
Submit the input to receive the equivalent power in gigajoule per second
Review example conversions for guidance on typical use cases

Key Features

Converts nanowatt (nW) to gigajoule per second (GJ/s) units of power
Supports power measurements from ultra-low to very high scales
Includes examples demonstrating practical conversions
Browser-based interface for quick, easy unit conversion
Ideal for applications in electronics, photonics, and large-scale energy

Examples

500 nanowatts [nW] converts to 5e-16 gigajoule/second [GJ/s]
2 nanowatts [nW] converts to 2e-18 gigajoule/second [GJ/s]

Common Use Cases

Evaluating power consumption of ultra-low-power microcontrollers and IoT sensors
Measuring output levels from weak light sources or photodetectors in labs
Comparing tiny energy harvesting devices’ output to large-scale power units
Describing electrical output of large power plants or grid-scale generation
Analyzing thermal power from industrial boilers and large waste-to-energy systems
Characterizing peak mechanical or propulsive power in large engines or rockets

Tips & Best Practices

Use this conversion to understand power ranges across microelectronics and large energy systems
Recognize the vast scale difference to avoid misinterpreting converted values
Apply conversions in theoretical or scaling contexts rather than direct practical equivalence
Refer to examples to familiarize with unit magnitudes and conversion results

Limitations

The huge difference in scale (1 nW = 1e-18 GJ/s) means direct practical equivalence is rare
Conversions are typically used for theoretical comparisons or scale integration
Numerical precision can be limited when converting between such disparate units

Frequently Asked Questions

What does one nanowatt represent?: One nanowatt (nW) is an SI-derived unit of power equal to 10⁻⁹ watts, often used to measure extremely low power levels in electronics and photonics.
What kind of power does gigajoule per second measure?: Gigajoule per second (GJ/s) measures very large power levels equivalent to 10⁹ watts, suitable for describing power in large-scale plants and industrial applications.
Why convert nanowatts to gigajoule per second?: Converting nanowatts to gigajoule per second helps compare or scale power levels from ultra-low to very high magnitudes across different scientific and engineering fields.

Key Terminology

Nanowatt (nW): An SI-derived unit of power equal to 10⁻⁹ watts, used to quantify extremely low power levels such as in microelectronics and photonics.
Gigajoule per second (GJ/s): A unit of power representing 10⁹ joules per second, commonly applied to describe very large continuous power levels in scientific and engineering contexts.

Quick Knowledge Check

What is a nanowatt used to measure?

Large-scale industrial power

Extremely low power levels in electronics

Thermal power in boilers

One gigajoule per second equals how many watts?

10⁶ watts

10⁹ watts

10⁻⁹ watts

What is a common use case for converting nW to GJ/s?

To measure power consumption of large engines

To compare power levels across very different scales

To directly operate household appliances

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