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| To: | rsgb_lf_group@blacksheep.org |
|---|---|
| Subject: | Re: LF: 16 bit vs 24 bit ADC? |
| From: | jcraig@mun.ca |
| Date: | Sat, 3 Dec 2011 09:59:53 -0330 (NST) |
| In-reply-to: | <CAA8k23T3MFrnUrj=ccAwOxEygb7cKfFVrcZPhMpEkaqU5Qs=Zg@mail.gmail.com> |
| References: | <E1RW9bG-0001fW-00.rn3aus-mail-ru@f214.mail.ru> <E1RWVQQ-00015Y-K7@post.thorcom.com> <CAA8k23RcqVfXC9MWoTWm9yESwuSG5ZP6fFFZA2y2j-C4f0DPHw@mail.gmail.com> <80A163C9035C44FBA23C7501118A6FDF@JimPC> <E1RWib5-0005lr-9o@post.thorcom.com> <CAA8k23T3MFrnUrj=ccAwOxEygb7cKfFVrcZPhMpEkaqU5Qs=Zg@mail.gmail.com> |
| Reply-to: | rsgb_lf_group@blacksheep.org |
| Sender: | owner-rsgb_lf_group@blacksheep.org |
Hi Andy, A silly question from someone struggling to understand, but the ^2 below,20log... and V^2/R (for ex) are all related ? We're looking at voltages and comparing powers? noise, it will increase the overall in the ratio (1 + 16^2) / 16^2 = 257 / 256 or by about 0.017dB. Joe vo1na This electronic communication is governed by the terms and conditions at http://www.mun.ca/cc/policies/electronic_communications_disclaimer_2011.php |
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