Manufacturer: Cambridge Audio
Rating 0/5 (0 votes)
Major strengths of this productAreas for improvement

Cambridge Audio S30 Oak

Front, 2 way, 4 ohm, 90 dB, 16x32x21.9 cm, 3, Oak, Active/Passive: Passive, Type: Front, Driver Configuration: 2 way, Magnetic shield, Colour: Oak, Frequency Response: 59-20000 Hz Hz, Music Power: 25-100W Watts Watts, Impedance: 4 Ohms
Best answers for « Cambridge Audio S30 Oak » in :
Burnt Audio CD not recognized on CD player and car CD player ShowBurnt Audio CD not recognized on CD stereo player and car CD player There are several methods of burning your CDs offered on your burning software. It is recommended that you select Audio Burning instead of data for burning CDs to be...
How to test your computer's power supply ShowHow to test your computer's power supply To be able to test your computer's power supply, you can follow the instructions below: 1. Turn off your power switch and plug it out from the power supply. 2. Remove the cable from the CPU and start...
CD player can no more play audio CD ShowCD/DVD is unable to play audio CD If your CD/DVD is unable to play audio CD, here is a solution of how to troubleshoot: Go to menu start and select run, then type regedit and click on OK to open the registry. Scroll to the...
Download EZ Audio Editor Show
Download Cheetah cd burner 4.14 Show
Download Drivers Realtek AC'97 Audio ShowREALTEK AC ' 97 Audio Codec & Driver for Windows 98/98 / / 2000 / XP / 2003 (32/64 bits) is compatible with the following audio chipsets: Realtek ALC100 Realtek ALC101 Realtek ALC200 Realtek ALC201 Realtek ALC202 Realtek ALC203 ...
CD, CD audio and CD-ROM Show
Creating an RJ45 crossover cable ShowWhat's an RJ45 plug? A network card may have several types of connectors, with the most common being: An RJ45 connector; A BNC connector (coaxial cable). The RJ-45 is the one which interests us here, as it it the most widely used. The cables...
Digital Audio ShowWhat is sound? Sound is vibrations in the air; that is, a series of rising and falling pressures in the air, deviating from the average, which is represented by atmospheric pressure. To prove this, you could place something loud (like an alarm...
They need your help