150040VS73240

Voltage - Forward (Vf) (Typ):	2V
Height (Max):	0.50mm
Size / Dimension:	1.00mm L x 0.50mm W
Supplier Device Package:	0402 (1005 Metric)
Package / Case:	0402 (1005 Metric)
Features:	--
Wavelength - Peak:	572nm
Wavelength - Dominant:	570nm
Mounting Type:	Surface Mount
Viewing Angle:	120°
Current - Test:	20mA
Series:	WL-SMCC
Lens Style/Size:	Rectangle with Flat Top, 1.00mm x 0.50mm
Millicandela Rating:	50mcd
Lens Transparency:	Clear
Lens Color:	Colorless
Configuration:	--
Color:	Green
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Tape & Reel (TR)

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LED Indication - DiscreteLight Emitting Diodes (LEDs) are widely used in many different electronic applications and serve many diverse functions. The two specific LED types we will discuss today are the 150040VS73240 indication series. These two LED types are commonly used in the same application and are frequently used to indicate the status of a circuit or device. The main difference between the two types of LED is their current draw. The 150040VS73240 is the lower power draw version of the two and uses less current than the 73240 version. Both are designed to last longer than other types of LEDs due to their low power draw and low voltage operation. The 150040VS73240 also feature a wider viewing angle and better color consistency than other types of LEDs. This makes them ideal for applications where the consumer needs to be able to clearly read the status of the circuit or device. The physical construction of the 150040VS73240 is also quite a bit more robust than other types of LEDs and is capable of withstanding shock and vibration. The primary application of the 150040VS73240 indicator series is for discrete indication. Basically, this means the LED will turn on when it gets a signal and will stay on until it no longer receives a signal. A good example of this is the indicator lights on car’s headlights. The LED will stay on when the headlights are on, and will turn off when they are not. The working principle of LEDs are pretty straightforward. Light emitting diodes work by passing electric current through a semiconductor material. When electric current passes through the material, electrons are activated resulting in the emission of light. LEDs are designed in such a way that only certain colors of light can be produced by controlling the amount of current that is passed through the semiconductor material. Overall, the 150040VS73240 indicator series is an ideal choice for most applications involving discrete indication. Its robust construction, wide viewing angle, and low current draw make them very useful in providing status indications for a variety of different applications. As LED technology continues to evolve, this, and other LED types, will remain instrumental in aiding consumers in keeping track of the status of their electronic devices.

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