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Digital Camera (Cheap ones) - Printable Version +- Fazer Owners Club - Unofficial (https://foc-u.co.uk/mybb) +-- Forum: General (https://foc-u.co.uk/mybb/forumdisplay.php?fid=65) +--- Forum: General (https://foc-u.co.uk/mybb/forumdisplay.php?fid=69) +--- Thread: Digital Camera (Cheap ones) (/showthread.php?tid=64440) Pages:
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Re: Digital Camera (Cheap ones) - BBROWN1664 - 14-07-13 The load = the A part Re: Digital Camera (Cheap ones) - pointer2null - 14-07-13 Yes in a way (strictly speaking the load is A x V (V X A = P when P is power in Watts)) Re: Digital Camera (Cheap ones) - simonm - 14-07-13 (14-07-13, 07:51 PM)pointer2null link Wrote: You haven't seen my phone lol If a battery doesn't specify mah due to its chemistry then as far as I'm concerned it's incomparable. Therefore whilst you're correct, and I am incorrect, you cannot compare a rechargeable with an alkaline as each has its benefits and disadvantages. Yes, I've decended in to talking rubbish but whilst I know what I mean I can't be bothered to explain any more. Re: Digital Camera (Cheap ones) - simonm - 14-07-13 As an aside I'd always go for a camera with a proprietary li-ion battery over one that took aa's. The aa form factor is not convenient compared to a rectangular pack. Only one of my digi cameras takes aa's and its the cheapest one that I use underwater. My Panasonic dmc t27, my eos and my ixus all use proprietary li-ion batteries. Re: Digital Camera (Cheap ones) - nick crisp - 14-07-13 Ye Gods, I'm only a happy snapper! Think I'll stick to what I know... :lol Re: Digital Camera (Cheap ones) - nick crisp - 14-07-13 (14-07-13, 08:03 PM)pointer2null link Wrote: Yes in a way (strictly speaking the load is A x V (V X A = P when P is power in Watts)) Anyway, I thought load was the resistance applied across a circuit, V=IR, power is equivalent to the energy spent overcoming the resistance - but it's years since I did anything in electronics and I was never the most avid student! Re: Digital Camera (Cheap ones) - simonm - 14-07-13 P=VI where p is the power in watts, V is the voltage and I is the current in amps |