Dear sir, Thanks for the enlightenment on signal conditioners..But i have small doubt, what is the reference point to measure the output voltage w.r.to V0(i.e, if we want to measure the output voltage using multimeter where to put the leads)
4.7kohms can be lowered as it is from a variable resistor. Reference voltage divided by the sum of Lowered resistance plus the fixed resistance can get us 273.2x10^-6 Amperes
Because I(Ampere) = V(Volt) / R(Ohm) , we already know voltage and ampere values so he is just choosing some standard resistor values to get close to 10k ohm
Awesome lecture sir...... very clear and understandable ... thank you for sharing
Sir can you please make a video on how we can design a signal conditioning module for thermocouple
Dear sir, Thanks for the enlightenment on signal conditioners..But i have small doubt, what is the reference point to measure the output voltage w.r.to V0(i.e, if we want to measure the output voltage using multimeter where to put the leads)
how could we determine the value of the resistor from voltage reference is 4.7 kohm ? I don't get it ...
4.7kohms can be lowered as it is from a variable resistor. Reference voltage divided by the sum of Lowered resistance plus the fixed resistance can get us 273.2x10^-6 Amperes
Because I(Ampere) = V(Volt) / R(Ohm) , we already know voltage and ampere values so he is just choosing some standard resistor values to get close to 10k ohm
much better than MC, goodjob,thanks
Sir describe me radiometric conversion
much better than Mc, gj, thanks!