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Nothing ear (1) Teardown

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Nothing Ear (1) Teardown: crwdns2935265:00crwdnd2935265:01crwdnd2935265:03crwdne2935265:0 Nothing Ear (1) Teardown: crwdns2935265:00crwdnd2935265:02crwdnd2935265:03crwdne2935265:0 Nothing Ear (1) Teardown: crwdns2935265:00crwdnd2935265:03crwdnd2935265:03crwdne2935265:0

  • The in-ear portion of the Ear (1) houses the driver assembly, while the battery stays in the outer half of the head.

  • Besides the driver, we find a microphone on this flex cable assembly similar to the one we found in the AirPods Pro. It's positioned to detect in-ear noises for more effective active noise cancellation (and probably helps isolate your voice for clearer calls, too).

  • The driver used in the Ear (1) measures 11.6 mm and the voice coil has a diameter of 5.7 mm.

  • A headphone driver actually consists of three elements: a magnet to create a magnetic field, the voice coil which moves the diaphragm to create the sound you hear when an electric current passes through, and the diaphragm which vibrates to create the sound waves traveling into your ear.

  • The last component of the in-ear portion is the tiny driver grille, quickly pushed aside with the help of a spudger.

Der In-Ear-Teil des ear (1) beherbergt die Driver-Baugruppe, während sich der Akku in der äußeren Hälfte des Kopfes befindet.

Außer dem Treiber finden wir auf dieser Flachbandkabel-Baugruppe ein Mikrofon, ganz ähnlich wie die in den AirPods Pro. Sie ist so positioniert, dass sie In-Ear-Geräusche wahrnehmen kann, um eine effizientere aktive Geräuschunterdrückung zu bieten (und wahrscheinlich auch eine klarere Stimmwiedergabe bei Anrufen).

Der in den ear (1) benutze Treiber misst 11,6 mm und die Schwingspule hat einen Durchmesser von 5,7 mm.

Ein Kopfhörertreiber besteht im Grunde aus drei Elementen: einem Magneten, der ein Magnetfeld erzeugt, der Schwingspule, die die Membran bewegt, um den Ton zu erzeugen, den du hörst, wenn elektrischer Strom fließt, und der Membran, die schwingt, um die Schallwellen zu erzeugen, die in dein Ohr gelangen.

Die letzte Komponente des In-Ear-Teils ist das winzige Lautsprechergitter, das mit Hilfe eines Spudgers schnell zur Seite geschoben werden kann.

-[* black] The in-ear portion of the ear (1) houses the driver assembly, while the battery stays in the outer half of the head.
+[* black] The in-ear portion of the Ear (1) houses the driver assembly, while the battery stays in the outer half of the head.
[* black] Besides the driver, we find a microphone on this flex cable assembly similar to the one we found in the [guide|127551|AirPods Pro|stepid=247984|new_window=true]. It's positioned to detect in-ear noises for more effective active noise cancellation (and probably helps isolate your voice for clearer calls, too).
-[* black] The driver used in the ear (1) measures 11.6 mm and the voice coil has a diameter of 5.7 mm.
+[* black] The driver used in the Ear (1) measures 11.6 mm and the voice coil has a diameter of 5.7 mm.
[* icon_note] A headphone driver actually consists of three elements: a magnet to create a magnetic field, the voice coil which moves the diaphragm to create the sound you hear when an electric current passes through, and the diaphragm which vibrates to create the sound waves traveling into your ear.
[* black] The last component of the in-ear portion is the tiny driver grille, quickly pushed aside with the help of a spudger.

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