connecting a resistence in series...such that potential drop across the filter is 2 V....and remaining 3 across the external resistence..
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though i loved the last comment, i can't allow it here.
as written above ....resistances in series will be the easiest option........(just a bit of electricity will be wasted though :P)
wats d final answer, bhaiya?
the answer was:1)run to electrical engg (EEL101) lab and pick 5 resistances that look similar (color-coding).2)run back to h/w lab, connect them in series across the 0->5 volts, and tap out the required voltage from the 2nd resistance.
connecting a resistence in series...such that potential drop across the filter is 2 V....
ReplyDeleteand remaining 3 across the external resistence..
This comment has been removed by a blog administrator.
ReplyDeletethough i loved the last comment, i can't allow it here.
ReplyDeleteas written above ....resistances in series will be the easiest option........(just a bit of electricity will be wasted though :P)
ReplyDeletewats d final answer, bhaiya?
ReplyDeletethe answer was:
ReplyDelete1)run to electrical engg (EEL101) lab and pick 5 resistances that look similar (color-coding).
2)run back to h/w lab, connect them in series across the 0->5 volts, and tap out the required voltage from the 2nd resistance.