
Portable CD Player
AX3301/00C/00z/01/05/
10/15/16
Technical specifications
Sound
•Output power (RMS): 2 x 5mW
•D/A convertor:
•Sound enhancement technology: Digital Dynamic Bass Boost
•Volume control: Digital
•Signal to noise ratio: >85dB
•Frequency response:
•Audible feedback
Audio Playback
•Disc playback media: CD, CD-R, CD-RW
•Disc playback mode:
•Electronic Skip Protection (CD): 45 seconds
Connectivity
•Headphone: 3.5 mm
•Line out: 3.5 mm
•DC in: 4.0 mm, 4.5v, centre '+'
Convenience
•Casing material: Lenticular cut sheet
•Display type: LCD
•Indications: CD functions,Track,Time, DBB, ESP,Volume, Battery status
Accessories
•Headphones: Stereo
•AC/DC adaptor: 300mA (AY3170)
•
Dimension
•Product dimensions (WxHxD):
137.5 x 23.3 x 137.5 mm
•Product weight: 0.2 kg
•Packaging type:
•Packaging dimensions (WxHxD):
243 x 49 x 148 mm
•Weight incl packaging: 0.65 kg
•Master carton quantity: 6
•Master carton dimensions (WxHxD): 252 x 310 x 160 mm
•Master carton weight: 4.18 kg
Power
•Batteries type:AA/LR6/UM3 cell, AAA/LR3/UM4 cell
•Battery playing time CD: 20 hours (2 x AA alkaline batteries, ESP Off), 9 hours (2 x AAA alkaline batteries, power saving mode)
Printed in Hong Kong
Specifications are subject to change without notice 2003 © Royal Philips Electronics - All rights reserved
www.philips.com
Product highlights
Electronic Skip Protection
Electronic Skip Protection (ESP) is an intelligent electronic buffer that guarantees uninterrupted music listening. Music is constantly fed into the player’s memory buffer during playback, allowing you to continue to experience uninterrupted sound in the event of knocks, shakes or jolts to the set - accidentally or during sports. When shocks occur, music is released from the buffer while the laser promptly refocuses to the point at which the shock occurred and recommences playing to refill the buffer. ESP ensures smooth,
Digital Dynamic Bass Boost
Digital Dynamic Bass Boost is an intelligent bass booster that delivers maximum bass enhancement at high volumes without sound distortion and at low volumes without compromising on