What would be the bit rate(bps=bits per sec) for 44.1kHz sampling and 8bits precision?
956858
I don't see anything in the question about 2 channels. If you leave that out, you get C. 352.8kbps.
227946
MB/s is how many megabytes (each byte is 8 bits long) a device can transmit or receive per second. Generally, this unit is used when copying files or burning CDs, for example.\n\nMbits/s is how many megabits is sent or received per second by a device. Used when talking about network speeds at all.
1168573
To answer the question properly, need to know more about the nature of the signal.\n\nWhat is the signal bandwidth (what is the fastest that the signal is changing?)\n\nWhat is the dynamic range of the signal? (What is the ratio of the are the maximum-to-minimum values expected)\n\nWhat amount (%) of error can you tolerate in each measurement?\n\nFlash conversion is very fast, but is power hungry and limited in its number of bits. I'd probably choose this one only if there were no other alternatives. Considering that seismic events are relatively slow with respect to the typical speeds of electronics, I might expect that a flash converter may not be necessary.\n\nThere are several very fast successive-approximation ADCs that could probably do the job. And they are cheap!\n\nSigma-delta converters are relatively slow, but have a very wide dynamic range. Useful for high precision across a wide range.\n\nCheck out www.analog.com. They make a lot of converters, you can probably find some application notes on the topic.
410963
Firewire ~ 400 Mb/s \nUSB 1.1  ~  12 Mb/s\nUSB 2.0  ~ 480 Mb/s\n\n400 >  12\n480 > 400
1152809
128 kbps  means  128 kilo bits per second...   there are   1000 kilo bits in a  megabit..  mega bit  basically equals a megabyte..  therefore..  a 10 meg file is split in to  roughly 78  128killobyte parts,,  there for taking 78 seconds  or 1 minute 18 seconds,,  a 256 kbps  conection will download in exactly half the time  so it would take   39 seconds...
43043
usually the mp3 at 128bps is a good quality mp3\nalso you can go below this bps but the quality deteriorates.so convert them to 128bps\nby\nmp3 2 wavmaker \nbelieve me i have used it and it works fine but \nu have to first convert mp3->wav then back to mp3 \ni came across another Stream box ripper \nfind it on download.com or enfull.com or google.com\nit can convert file from 192bps to 128bps without converting it to wav.now after converting to 128 if u think to go back to 192 then there is improvement in sound quality.it works only one way
502903
4.0\n1600\n\ngood luck, mate.
1166112
If you're using XP (and I think it works in 2000) right click the wav and select record. This gives you a new dialogue box . Click FILE then PROPERTIES. You get the option there to convert the format and change the playback bit rate. Select the one you want and save it.
742865
It sets an upper limit to the frequency spectrum that can be controlled (Nyquist aliasing effect)\n\nIt affects the computational burden of the controller\n\nIt affects the hardware performance requirements of the sampling system\n\nThere are tradeoffs that can be made between data acquisition accuracy and sampling rate, using digital filtering techniques
249130
GenuineIntel x86 Family 6 Model 8 Stepping 10 \n996MHz
623007
150 KB/s\n\n24X is 3600KB/s
510406
315mHz \n\nLove,\nKenneth Horowitz
254300
http://en.wikipedia.org/wiki/Time-division_multiplexing
835943
Bit rate refers to the number of bits of data in a certain time period.  The higher the bit rate, the more information per second a song or video file holds, and therefore the higher the quality of playback.\n\nMP3s can be encoded one of 2 ways.  Constant bitrate, or variable bitrate.  Constant 192kbps for example means that the song has been encoded at a constant rate of 192kbps, so EVERY second of audio will be 192kb in size.\n\nWith variable bit rate things get a bit more clever, and the codecs can pick out which bits need more attention.  If you pick variable 192kbps then the average bit rate of any section is 192kbps, but parts with little sound, or with uncomplicated sound, will be at a lower bit rate, whereas more complex sections (for example with more drums going on) will be at a higher bit rate.\n\nIt doesn't do much to reduce the file size, because it still averages out at the same bit rate, but it allows some sections to sound a lot better (with less compression) than having one flat bit rate.
953838
1 second = 1 000 000 microseconds
456706
The formal abbreviation for "bit per second" is "bit/s" (not "bits/s"). In less formal contexts the abbreviations "b/s" or "bps" are often used, though this risks confusion with "bytes per second" ("B/s", "Bps"). Even less formally, it is common to drop the "per second", and simply refer to "a 128 kilobit audio stream" or "a 100 megabit network".\n\n"Bit rate" is sometimes used interchangeably with "baud rate", which is correct only when each modulation transition of a data transmission system carries exactly one bit of data (something not true for modern modem modulation systems, for example). Similarly, hertz, the SI unit of frequency, is not precise without some context, such as the number of bits carried per cycle.\n\nFor large bit rates, SI prefixes are used:\n\n1,000 bit/s = 1 kbit/s (one kilobit or one thousand bits per second) \n1,000,000 bit/s = 1 Mbit/s (one megabit or one million bits per second) \n1,000,000,000 bit/s = 1 Gbit/s (one gigabit or one billion bits per second) \n\nWhen describing bit rates, binary prefixes are almost never used and SI prefixes are almost always used with the standard, decimal meanings, not the computer-oriented binary meanings. There are exceptions in some specialty areas such as bus transfer rates. Binary usage is more often seen when the unit is the byte/s, and is not typical for telecommunication links. Sometimes it is necessary to seek clarification of the units used in a particular context.
148791
depends on the bitrate and type of format of the file ......\nim going to say about 225-250