Speaker is a cupper coil that vibrates and thus making sound. Music is a AC current that flows thru this coil. At low frequencis the resistance of a coil is low and this low resistance means high current that may damage speaker coil. The cendenser cut this low frequencis so only the high frequencis can drive the tweeter and make it safe. Overall at AC current lower the frequency lower the coil resistance and higher the condenser resistance. Higher the frequency higher the coil resistence and lower the condenser resistence.
Condensers
From the factory there is no tweeters in the speaker system.
Heat pumps use compression pumps and condensers to cool air.
6.5" with separate tweeters in front and 6.5" no tweeters in the rear.
shell and tube
Usually not.
ano bayanwlng sgot.......
They're not actually tweeters. They are a unique speaker size. There is a Blaupunkt 3 1/2 speaker that fits with little modification. Hunt around google for blaupunkt liberty tweeters.
Capacitors have not normally been called condensers in the elctronics industry for more than 50 years.
3.2
Those outputs are for the purpose of connecting a computer (with their proprietary software) for diagnostic purposes only.
Two broad types of condensers are: (i) Direct contact type condensers; where the condensate and cooling water directly mix and come out as a single stream. (ii) surface condensers; which are shell and tube type heat exchangers where the two fluids do not come in direct contact and heat released by the condensation of steam is transferred through the walls of the tubes in to the cooling water continuously circulating inside them