Watt To Candela Converter

(W/sq cm/sr to cd/sq cm converter)

Convert Watt/sq. Cm/steradian (at 555 Nm) to Candela/square Centimeter

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Effortlessly Convert W/sq cm/sr to cd/sq cm with Our Tool!


(Last Updated On: 2025-03-14)

Discover the ease of converting Watt/sq. Cm/steradian at 555 Nm to Candela/square Centimeter using Newtum's tool. This page offers a seamless experience for users seeking accurate and quick conversions in light measurement. Dive in and explore how this converter can simplify your calculations.

What are Watt and Candela

Definition of Watt

A Watt is a unit of power in the International System of Units (SI) that quantifies the rate of energy transfer. It represents one joule per second and is commonly used to express the power output of engines, tools, and heaters. Named after the Scottish engineer James Watt, this unit plays a critical role in characterizing the efficiency and performance of various devices. In electrical contexts, a watt can be calculated as the product of voltage and current, providing a standardized measure to compare different power sources.

Definition of Candela

The Candela is the SI base unit of luminous intensity, quantifying light emitted in a specific direction. This unit, symbolized as cd, serves as a cornerstone in photometry, enabling the measurement of light perceived by the human eye. Defined by the luminous intensity of a source emitting monochromatic radiation at a frequency of 540 terahertz, the candela equates to 1/683 watt per steradian. Its significance spans numerous fields, including lighting design and safety regulations, where precise measurement of visible light is crucial for optimal visibility and energy efficiency.

Watt to Candela Conversion Table

W/sq cm/sr cd/sq cm
0.01 W/sq cm/sr 0.683 cd/sq cm
0.05 W/sq cm/sr 3.415 cd/sq cm
0.1 W/sq cm/sr 6.83 cd/sq cm
0.2 W/sq cm/sr 13.66 cd/sq cm
0.5 W/sq cm/sr 34.15 cd/sq cm
1 W/sq cm/sr 68.3 cd/sq cm
2 W/sq cm/sr 136.6 cd/sq cm
5 W/sq cm/sr 341.5 cd/sq cm
10 W/sq cm/sr 683 cd/sq cm
20 W/sq cm/sr 1366 cd/sq cm

Conversion of Watt to Candela

1 W/sq cm/sr = 68.3 cd/sq cm
1 cd/sq cm = 0.0146 W/sq cm/sr

Example 1:
Convert 5 W/sq cm/sr to cd/sq cm:
5 W/sq cm/sr = 5 × 68.3 cd/sq cm = 341.5 cd/sq cm

Example 2:
Convert 3.5 W/sq cm/sr to cd/sq cm:
3.5 W/sq cm/sr = 3.5 × 68.3 cd/sq cm = 239.05 cd/sq cm

History of Watt and Candela

The conversion from Watt/sq. Cm/steradian (at 555 Nm) to Candela/square Centimeter has its roots in the development of photometry. Scientists established this conversion to provide a standardized measure of luminous intensity, ensuring consistency in lighting applications. Over time, this conversion has become crucial in various fields, including lighting design and optical engineering. Its introduction allowed for precise light measurement, facilitating advancements in energy efficiency and visual comfort. Today, this conversion remains essential in ensuring that lighting systems meet desired specifications and safety standards.

How to use Watt to Candela Converter

  1. Open the converter tool on the web page.
  2. Enter the value in Watt/sq. Cm/steradian at 555 Nm that you wish to convert.
  3. Click on the 'Convert' button to process the conversion.
  4. View the result in Candela/square Centimeter displayed on the screen.
  5. For additional conversions, repeat the above steps as needed.

Real Life Applications of Watt to Candela

In various industries, converting Watt/sq. Cm/steradian at 555 Nm to Candela/square Centimeter is crucial for accurate light measurement. This conversion assists professionals in optimizing lighting systems and ensuring compliance with safety standards.

Solved Examples W/sq cm/sr to cd/sq cm

FAQs

What is the purpose of this converter?
Our converter provides a simple way to convert light measurements from Watt/sq. Cm/steradian at 555 Nm to Candela/square Centimeter.
How accurate are the conversion results?
The converter uses precise calculations to ensure accurate conversion results every time.
Can I use this converter for different wavelengths?
This tool is specifically designed for conversions at 555 Nm, a standard wavelength for photometric calculations.