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Searched Keyword : 'CONSTANT' - Total: 4 (1/1) Pages
ManufacturerPart #DatasheetDescription
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WS2821 Datasheet pdf image
256 Gray level Constant current LED driven IC
WS2801 Datasheet pdf image
3-Channel Constant Current LED Driver With Programmable PWM Outputs
WS2818B Datasheet pdf image
Single-line 256 Gray-level 3-channel Constant Current LED Driver IC
WS2818A Datasheet pdf image
Single-line 256 Gray-level 3-channel Constant Current LED Driver IC




In electronic components, CONSTANT means a constant representing a constant value. Constants are used in programming or electronic circuit design and represent values that do not change. Unlike variables, constants cannot change their value and are mainly used to express values that should not change during program execution or fixed values in circuits.

In electronic components, CONSTANT can be used in various meanings. Some examples are:

Numerical Constant: Can be used as a constant representing a numerical value in an electronic circuit. For example, voltage constants used for supplying voltage, resistance constants representing the value of resistance, etc. These constants are used to maintain the stability of circuit operation and to control the behavior of components or circuits.

Time Constant: Some electronic components and circuits use time-related constants. For example, in an RC circuit, the RC time constant can be used to control the charging or discharging time. These time constants are used to regulate the operating speed or response time of a circuit.

Programming Constant: Even in software development, CONSTANT is used as a keyword to indicate a constant. A constant defines a value that should not change during program execution and is used in the program's logic or calculations. These programming constants are often capitalized to distinguish them from regular variables.

CONSTANT means a constant representing a constant value in an electronic component. It is used to control the operation of an electronic circuit or express a fixed value in a program by using numerical values such as voltage, current, resistance, etc. or values related to time as constants.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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