Philips SHE2636 Stereo System User Manual


 
SHE2636/27
In-Ear Headphones
Specifications Product highlights
Sound
Acoustic system: Open
Magnet type: Neodymium
Voice coil: Copper
Diaphragm: Mylar dome
Frequency response: 12 - 22 000 Hz
Impedance: 16 Ohm
Maximum power input: 50 mW
Sensitivity: 106 dB
Speaker diameter: 15 mm
Type: Dynamic
Connectivity
Cable Connection: Two-parallel, symmetric
Cable length: 1.0 m
Connector: 3.5 mm stereo
Finishing of connector: Chrome plated
Type of cable: Copper
Inner Carton
Gross weight: .315 kg
Inner carton (L x W x H): 21 x 18.7 x 8.1 cm
Nett weight: .096 kg
Tare weight: .219 kg
Outer Carton
Gross weight: 1.658 kg
Outer carton (L x W x H): 39.6 x 23.2 x 20.2 cm
Nett weight: .384 kg
Tare weight: 1.274 kg
Packaging dimensions
Packaging dimensions (W x H x D):
5.3
x 17.6 x 3.2 cm
Gross weight: .03 kg
Nett weight: .016 kg
Tare weight: .014 kg
Issue date 2008-08-19
Version: 2.0.3
12 NC: 8670 000 38209
UPC: 6 09585 15228 1
© 2008 Koninklijke Philips Electronics N.V.
All Rights reserved.
Specifications are subject to change without notice.
Trademarks are the property of Koninklijke Philips
Electronics N.V. or their respective owners.
www.philips.com
Neodymium magnet
Neodynium is the best material for producing a strong
magnetic field for greater sensitivity in a voice coil, better
bass response and higher overall sound quality.
Twin vents
Specially designed vents that channel the air balance the
high tones and bass for a more rounded listening
experience.
15 mm speaker driver
Small enough for optimum wearing comfort and big
enough to deliver crisp, non-distorted sound, the 15 mm
speaker driver is an ideal size for listening enjoyment.
Comfort ear cushions
The special shape and luxurious materials used for the ear
cushions ensure a perfect fit for maximum comfort. They
prevent audio leakage and enhance bass performance too.
The ear cushions are shaped in such a way that they
perfectly align with the area around a person's ear.
Flexi-Grip design
A soft, flexible part protects the cable connection from
damage that otherwise would occur due to repeated
bending.