35 watt
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It depends on the player but probably 10 to 50 watts. On the back or bottom of your player should be something that says what it's power requirements are. Find the voltage (probably 120v or 240v) and the amperage (like maybe 0.25a or so). Multiply these values together and you'll have watts.
This is not necessarily the normal operating wattage but the maximum draw that this device should ever use. Nominal operation power consumption will be much less, maybe half of this maximum.
A typical portable CD player uses between 2 to 5 watts of power when playing music. This power consumption may vary depending on the volume level and other factors.
A light bulb is typically measured in watts, which indicates its power consumption and brightness output. It can also be measured in lumens, which quantifies the amount of light produced by the bulb.
No, a typical CD does not have a magnet on it. CDs store data using tiny pits and lands on a reflective surface, which are read by a laser in the CD player. Magnets can interfere with the data on a CD and damage it.
No, using a universal AC adaptor set at 10V 300mA for a portable CD player that requires 4.5V 700mA can potentially damage the CD player. It is important to match both the voltage and the current requirements specified by the CD player to avoid any risk of malfunction or harm.
To combine two CD's together, you can create a new compilation CD by transferring the songs from both CDs onto a computer, arranging the tracks in the desired order, and then burning them onto a blank CD. You can use CD burning software to help with this process.
The small hole at the center of a CD is called the "spindle hole" or "hub hole." This hole allows the CD to be securely attached to the spindle of a CD player or drive so that it can be properly read and played.