Mikrosystém Sharp XL-B517D, 45 W, hnědý

The Sharp XL-B517D is a compact home audio micro system with 45 W total power, designed for living-room and personal listening. It features a full-range speaker housed in wooden enclosures, an LCD display, DAB+ and FM radio tuners with auto-scan, Bluetooth wireless connectivity and MP3 playback support. The system covers a frequency range of 60–20,000 Hz and is mains powered (AC).

Advantages

Wooden speaker enclosures provide a warm, natural sound with reduced distortion, while the 2.0-channel stereo configuration creates a spatial audio image suited to music playback. Bluetooth enables wireless streaming from smartphones or tablets, and the built-in equalizer presets let you select sound profiles to match different music styles. The included remote control and LCD display simplify operation and radio station selection.

Suitable for

• Home listening in living rooms or bedrooms
• Streaming music from smartphones or tablets via Bluetooth
• FM and DAB+ radio reception with auto-scan
• Playing MP3 files from external sources

Key specifications

• Model: Sharp XL-B517D (XL-B517D(BR))
• Total output power: 45 W
• Channels: 2.0 stereo
• Frequency response: 60–20,000 Hz
• Radio: DAB+ and FM with auto-scan
• Connectivity: Bluetooth
• MP3 playback: Yes
• Display: LCD
• Power supply: AC
• Colour: Brown
• Weight: 4 kg

How to use

Connect the unit to the mains power and switch it on using the power button. Use the LCD and auto-scan tuner to find DAB+ or FM stations, or pair a smartphone or tablet via Bluetooth for wireless playback. Select preset equalizer settings to adjust tonal balance or play MP3 files from compatible sources. Control volume, playback and tuner functions either from the front-panel controls or the supplied remote control.

Recommendations

Place the micro system on a stable surface away from direct sunlight and excessive humidity. Allow a short burn-in period for new wooden speakers to reach their optimal sound character. Keep adequate spacing from walls for better stereo imaging.