http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&category=23792&item=3747329581&rd=1
I like the part about not labeling the panels as to keeping things to a minimum.. making it appear more professional
how about.. your too cheap to get some panels silk screened soo you opted to not label it at all!!!
the freq response being flat to 10Mhz is rather interesting... just wondering what "flat" means....
haha I wonder how the years of performance was calculated...
"ALL amplifiers feature ruler flat frequency response from approximately 1.6 HZ to about 36KHZ (maximum gains) with a slightly variable HF bandwidth increase as gain is actively decreased to unity or below ( flat to 60KHz at unity). "
blah!
ELECTRICAL SPECIFICATIONS FOR HOUSE IC USED IN "MIC-ALL" Modules
Frequency response, (as-is, un-compensated, unity gain, .777 V RMS input ) ... flat to 10 MHZ
Input Noise Voltage at 1KHZ - less than 4 nanovolts per stage
Typical Supply current - 11 mA (maximum- at full gain- full load)
THD at unity gain, per inverter stage less than .0002%
Slew Rate 12 V/uS
Maximum Supply Voltage + 48 volts
Lifespan- unknown - absolute minimum expected performance ...
under less than ideal thermal conditions - 20 years ...
Typical expected performance under average operating conditions - 100 plus years ...
Theoretical performance under ideal conditions - 1,000 years!
I like the part about not labeling the panels as to keeping things to a minimum.. making it appear more professional
how about.. your too cheap to get some panels silk screened soo you opted to not label it at all!!!
the freq response being flat to 10Mhz is rather interesting... just wondering what "flat" means....
haha I wonder how the years of performance was calculated...
"ALL amplifiers feature ruler flat frequency response from approximately 1.6 HZ to about 36KHZ (maximum gains) with a slightly variable HF bandwidth increase as gain is actively decreased to unity or below ( flat to 60KHz at unity). "
blah!
ELECTRICAL SPECIFICATIONS FOR HOUSE IC USED IN "MIC-ALL" Modules
Frequency response, (as-is, un-compensated, unity gain, .777 V RMS input ) ... flat to 10 MHZ
Input Noise Voltage at 1KHZ - less than 4 nanovolts per stage
Typical Supply current - 11 mA (maximum- at full gain- full load)
THD at unity gain, per inverter stage less than .0002%
Slew Rate 12 V/uS
Maximum Supply Voltage + 48 volts
Lifespan- unknown - absolute minimum expected performance ...
under less than ideal thermal conditions - 20 years ...
Typical expected performance under average operating conditions - 100 plus years ...
Theoretical performance under ideal conditions - 1,000 years!