5682F1/5_1/5

Series:	5682F
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Green, Red (x 2)
Moisture Sensitivity Level (MSL):	--
Wavelength - Peak:	565nm, 635nm
Configuration:	2 High
Current:	25mA Green, 25mA Red
Millicandela Rating:	8.5mcd Green, 10mcd Red
Viewing Angle:	--
Lens Type:	--
Lens Style/Size:	Round with Domed Top, 3mm, T-1
Voltage Rating:	2.3V Green, 2.2V Red

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5682F1/5_1/5 Application Field and Working Principle

LEDs – Circuit Board Indicators, Arrays, Light Bars, Bar Graphs are a type of electronic component device which has the ability to emit visible light in response to the electric current which flows through it. LED stands for light-emitting diode which is a solid state semiconductor device which is composed of a PN junction and a positively charged n-type semiconductor and a negatively charged p-type semiconductor. The 5682F1/5_1/5 is an LED with two color capabilities capable of emitting either red or green light in response to the electric current. The forward voltage for this LED is 2.1 volts for both the red and the green states. The forward current for the red state is 20mA with 3V of forward voltage and for the green state is 8mA with the same forward voltage. The 5682F1/5_1/5 can be driven with either direct current (DC) or alternating current (AC).The 5682F1/5_1/5 application field and working principle can be most often found in many types of electronic instruments and system designs. It is often used in automotive, industrial and consumer electronic instruments. It is also used in areas where a visible red/green indicator light is necessary such as traffic signals and indicators, computer hardware, home automation, and many other areas. In many types of LED applications, this LED will be used as a bi-color LED with two separate LED elements embedded into a single LED. When the LED is connected to a DC power supply, the two LED elements will be in two different states, either on or off. This provides a visible indication of the system state, such as a warning indicator or a logic state.In other applications where alternating current is used, the 5682F1/5_1/5 LED can be connected in one of two ways; either in a series circuit or in parallel circuit. When connected in a series circuit, the two LED elements will both emit the same brightness and also in the same direction. When connected in a parallel circuit, the two LED elements will each emit different brightness and in different directions depending upon the application.In order to properly power the 5682F1/5_1/5 LED, it is important to ensure the forward voltage between the anode and cathode of the LED is within the specified operating range. The forward voltage of the LED needs to be within the manufacturer’s specified range for the LED to operate properly. Additionally, the power source for the LED must also be able to maintain a stable voltage and current over a period of time in order to ensure proper operation of the LED.Finally, the proper mounting of the 5682F1/5_1/5 LED should also be taken into consideration. The proper mounting will ensure that the LED can effectively dissipate the heat that it produces when in operation. Additionally, the correct mounting of the LED will help to maximize the lifespan of the LED.In conclusion, the 5682F1/5_1/5 LED is a highly efficient, cost-effective option for electronic instrument design and many other applications. With a wide range of applications, the LED is sure to be a favorite choice among electronic engineers and technician. The LED is simple to power and mount, provides strong light emission, and a wide range of optical radiation. With proper power and mounting, the LED is capable of providing bright indications and reliable illumination over a long period of time.

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