Performance is shown below. The numerical value, that mV/V that shows it also, below did 2000 times becomes a strain display ( ƒĘs).

[Power supply]  The use power supply is specified to an/the amplifier.
                         The power supply supplies it from an/the input-output connector.
                          AC100V, DC10`16V, DC } 6`15V etc. are a standard article.

[Bridge voltage] AC1`2VRMS, 4`6KHZ.

[Sensor]            The object sensor is a distortion gauge ceremony.
                         It is as follows by input amplifier gain resistance.
                         Rin=50 ƒķ in, rating output the sensor of 2mV/the V following
                         Rin=200 ƒķ in, rating output the sensor (the standards) of 8mV/the V following
                         Rin=500 ƒķ in, rating output the sensor of 20mV/the V following

[Output]          Output differs by the use power supply and also output ATT.
                         The output of this amplifier is calculated with the next ceremony.
                         Output=(sensor output/ bridge voltage) *magnification mV
                         Output ATT  is as follows by Rin.
                         Rin=50 ƒķ in, rating output*2000 times
                         Rin=200 ƒķ in, rating output*500 times (the standards)
                         Rin=500 ƒķ in, rating output*200 times

[Zero balance]   An adjustment range is as follows by input amplifier balance resistance.
                         R bala =5K ƒķ in, } (sensor input resistance/100)*5mV/V (the standards)
                         R bala =50K ƒķ in, } (sensor input resistance/100)*0.5mV/V

[Output ATT]    Output voltage adjustment.