计算被测量电阻。只做比较，不作计算。

计算公式:Rx = Rf * (Tx/Tf)

Rx为被测电阻

Rf为已知电阻，Rf=10K

Tx为被测电阻对电容C放电的计数值，为16位数

Tf为被测电阻对电容C放电的计数值，为16位数

查温度特性表(NTC型号为:CWF2-473F-3950K,大亚科技制造):

下限温度5摄氏度时电阻为121545.44欧,即121.54544K

换算为:Tx/Tf=Rx/Rf=12.154544

扩大1000倍后结果为:12154.544,约为12155,即2F76H

上限温度8摄氏度时电阻为104712.92欧,即104.71292K

换算为:Tx/Tf=Rx/Rf=10.471292

扩大1000倍后结果为:10471.292,约为10471,即28E7H-Calculated by measuring resistance. Only relatively, not be calculated.　 Formula: Rx = Rf* (Tx/Tf)　Rx is the measured resistance　Rf of known resistance, Rf = 10K　Tx is the measured resistance of the capacitor C discharge count, is 16 bits　Tf as measured resistance of the capacitor C discharge count, is 16 bits　check the temperature characteristics of the table (NTC model: CWF2-473F-3950K, Dare manufacturing):　5 degrees Celsius lower temperature resistance of 121,545.44 Euro, that is, 121.54544 K　translated into: Tx/Tf = Rx/Rf = 12.154544　expanded 1000-fold result: 12154.544, about 12,155, that 2F76H　maximum temperature of 8 degrees Celsius when the resistance of 104,712.92 Euro, which 104.71292K　translated into: Tx/Tf = Rx/Rf = 10.471292　expanded 1000-fold result: 10471.292, about 10,471, that 28E7H