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LED SMD 0603 with copper wire warm white
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Beschreibung
Here we offer a tiny LED (design 0603), soldered to 0.15mm thin and insulated copper wire. The enamel wires are colored to recognize the polarity at the same time.
Technical specifications:
- luminous color - warm white
- Connection cable - approx. 150mm long
- Polarity - positive pole = red / negative pole = black
- diameter of enamelled copper wire - 0.15mm
- voltage - max. 3.0V
- current - max. 20mA
- Dimensions of the LED - L x W x H (1.6mm x 0.8mm x 0.4mm)
Technical specifications:
- luminous color - warm white
- Connection cable - approx. 150mm long
- Polarity - positive pole = red / negative pole = black
- diameter of enamelled copper wire - 0.15mm
- voltage - max. 3.0V
- current - max. 20mA
- Dimensions of the LED - L x W x H (1.6mm x 0.8mm x 0.4mm)
Technische Daten
| Art.-no. | Schoenwitz_50058 |
| EAN | 4251319500583 |
| Categories | Accessoires |
| Illuminated | yes |
| LED headlights | yes |
more Info
Notes on using the LEDs
Operation on a floor model with a transformer
In order to be able to operate these LEDs on a standard transformer with AC output, you need a suitable series resistor (eg 4.7 KOhm) and a protective diode (eg 1N4148) to make a DC voltage from the AC voltage that is harmful to the LED.
Operation in a mobile car system model
The battery voltage of 1.2V or 2.4V is usually not enough to make standard LEDs glow. You must distinguish the following cases.
Battery voltage 1.2V (vehicle with one battery cell) - cars and other small vehicles
You will need a voltage converter for each LED color, as red, yellow, orange and green LEDs require a forward voltage of 2.00V and white and blue LEDs require a forward voltage of 3.00V.
Battery voltage 2.4V (vehicle with two batteries) - trucks and buses
Red, yellow, orange and green LEDs can be connected directly to the battery via a 100 Ohm resistor. White and blue LEDs require a forward voltage of 3.00V, which can only be provided via a voltage converter.
Operation on a floor model with a transformer
In order to be able to operate these LEDs on a standard transformer with AC output, you need a suitable series resistor (eg 4.7 KOhm) and a protective diode (eg 1N4148) to make a DC voltage from the AC voltage that is harmful to the LED.
Operation in a mobile car system model
The battery voltage of 1.2V or 2.4V is usually not enough to make standard LEDs glow. You must distinguish the following cases.
Battery voltage 1.2V (vehicle with one battery cell) - cars and other small vehicles
You will need a voltage converter for each LED color, as red, yellow, orange and green LEDs require a forward voltage of 2.00V and white and blue LEDs require a forward voltage of 3.00V.
Battery voltage 2.4V (vehicle with two batteries) - trucks and buses
Red, yellow, orange and green LEDs can be connected directly to the battery via a 100 Ohm resistor. White and blue LEDs require a forward voltage of 3.00V, which can only be provided via a voltage converter.