PHILIPS Wired Earbuds with Microphone Ergonomic Comfort-Fit in Ear Headphones
Specifications
| Return Shipping Will Be Paid By | Seller |
| All Returns Accepted | Returns Accepted |
| Item Must Be Returned Within | 30 Days |
| Refund Will Be Given As | Money Back |
| Model | TAU101 |
| Connectivity | 3.5mm Jack |
| Type | Earbud (In Ear) |
| Features | Built-in Microphone |
| Color | Black |
| Parallel/Variety | Black |
| Brand | InEar |
New message 33 Philips Wired Earbud- The ideal choice Great sound designed for comfort The earphones cord is made soft and flexible so it’s not easy to knot and entangle, and the capability of strong tensile makes you no longer to worry about it will be torn. The design is based on ear geometry for comfortable wear and snug fit for everyone. Ergonomically compact and lightweight earphones bring no burden to your ears, perfect for long time use, suitable for cycling, jogging, climbing, and outdoor activities.Neodymium is the best material for producing a strong magnetic field for greater sensitivity in a voice coil, better bass response, and pure balanced sound quality. Quality 14.2mm dome type driver units built with innovative sound-absorbing holes deliver powerful deep bass, making them sound more layered. Specifications: Speaker diameter: 14.2 mm Maximum power input: 5 mW Impedance: 32 ohm Sensitivity: 112 dB Height: 14.6 cm Weight: 62 Gr Call Functions Lightweight And FlexibleThe lightweight and flexible design is based on ear geometry for comfortable wear and snug fit for everyone Speaker DriversNeodymium is the best material for producing a strong magnetic field for greater sensitivity in a voice coil, better bass response and a pure balanced sound quality Rich Bass Clear SoundQuality 14.2mm dome type driver units built with innovative sound-absorbing holes deliver powerful deep bass, making the sound more layered, allowing you to clearly feel Instrument sounds and vocals. Designed for comfortPhilips wired earphones are designed with an offset ear tip that conforms more naturally to the human ear.
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