# The example sensor length is only 50cm so the maximum of PA0 output is <span CLASS=bluetext>1.5v</span>.Acquisition：<span CLASS=redtext>PA1 = 0v, PA0 = [10k / (10k + 10k)] * 3.0v = 1.5v</span> (10k divider resistance on LSN50 and 10k resistance on oil sensor.)  

# The example sensor length is only 50cm so the maximum of PA0 output is <span CLASS=bluetext>1.5v</span>.Acquisition：<span CLASS=redtext>PA1 = 0v, PA0 = [10k / (10k + 10k)] * 3.0v = 1.5v</span> (10k divider resistance on LSN50 and 10k resistance on oil sensor.)  

# LSN50 in the stop mode mode the Vcc is about <span CLASS=bluetext>3.3v</span>, and the runtime is <span CLASS=bluetext>3v</span>.Because the sensor length is 50cm, in order to achieve the accuracy to the mm, PA0 is 1.5v and the sensor length is 50cm.<span CLASS=redtext>1.5v/ 5000 = 3mv/ 1mm</span>, which means 3mv stands for 1mm.

# LSN50 in the stop mode mode the Vcc is about <span CLASS=bluetext>3.3v</span>, and the runtime is <span CLASS=bluetext>3v</span>.Because the sensor length is 50cm, in order to achieve the accuracy to the mm, PA0 is 1.5v and the sensor length is 50cm.<span CLASS=redtext>1.5v/ 5000 = 3mv/ 1mm</span>, which means 3mv stands for 1mm.