Detail of an LED filament lampDetail of an LED filament lampDetail einer LED Filament - Lampe
Size: The screw base of an E27 bulb has a diameter of 27 mm, visible at the bottom left.
The "E" stands for the inventor Thomas Edison.
This bulb itself has a glass diameter (just barely visible) of 6 cm.
That means the 4 bright filament elements are only 3 cm long here.
The LED filament mimics the classic look of an incandescent bulb. Inside the lamp, many tiny LEDs (micro-LEDs) are lined up along a filament. The LEDs are connected in series and stretched out similarly to the filament. The technical term for this filament is "filament."Size: The screw base of an E27 bulb has a diameter of 27 mm, visible at the bottom left.
The "E" stands for the inventor Thomas Edison.
This bulb itself has a glass diameter (just barely visible) of 6 cm.
That means the 4 bright filament elements are only 3 cm long here.
The LED filament mimics the classic look of an incandescent bulb. Inside the lamp, many tiny LEDs (micro-LEDs) are lined up along a filament. The LEDs are connected in series and stretched out similarly to the filament. The technical term for this filament is "filament."Größe: Der Schraubsockel einer E27-Lampe hat einen Durchmesser von 27 mm. Zu erkennen links unten.
Das „E“ steht für den Entwickler Thomas Edison.
Diese Lampe selber hat einen Glasdurchmesser (gerade noch erkennbar) von 6 cm .
D.h., die 4 hellen Filament-Elemente sind hier nur 3 cm lang.
Die LED Filament ahmt die klassische Optik einer Glühlampe nach. Im Inneren der Leuchte sind viele winzige Leuchtdioden (Mikro-LEDs) entlang eines Glühfadens aneinandergereiht. Die LEDs sind in der Reihe geschaltet und analog dem Glühfaden aufgespannt. Der technische Begriff für diesen Faden lautet „Filament“.
Detail of an LED filament lampDetail of an LED filament lampDetail einer LED Filament - Lampe
Size: The screw base of an E27 bulb has a diameter of 27 mm, visible at the bottom left.The "E" stands for the inventor Thomas Edison.
This bulb itself has a glass diameter (just barely visible) of 6 cm.
That means the 4 bright filament elements are only 3 cm long here.
The LED filament mimics the classic look of an incandescent bulb. Inside the lamp, many tiny LEDs (micro-LEDs) are lined up along a filament. The LEDs are connected in series and stretched out similarly to the filament. The technical term for this filament is "filament."Size: The screw base of an E27 bulb has a diameter of 27 mm, visible at the bottom left.
The "E" stands for the inventor Thomas Edison.
This bulb itself has a glass diameter (just barely visible) of 6 cm.
That means the 4 bright filament elements are only 3 cm long here.
The LED filament mimics the classic look of an incandescent bulb. Inside the lamp, many tiny LEDs (micro-LEDs) are lined up along a filament. The LEDs are connected in series and stretched out similarly to the filament. The technical term for this filament is "filament."Größe: Der Schraubsockel einer E27-Lampe hat einen Durchmesser von 27 mm. Zu erkennen links unten.
Das „E“ steht für den Entwickler Thomas Edison.
Diese Lampe selber hat einen Glasdurchmesser (gerade noch erkennbar) von 6 cm .
D.h., die 4 hellen Filament-Elemente sind hier nur 3 cm lang.
Die LED Filament ahmt die klassische Optik einer Glühlampe nach. Im Inneren der Leuchte sind viele winzige Leuchtdioden (Mikro-LEDs) entlang eines Glühfadens aneinandergereiht. Die LEDs sind in der Reihe geschaltet und analog dem Glühfaden aufgespannt. Der technische Begriff für diesen Faden lautet „Filament“.