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Handling Instructions - High End Humidity Sensors

Numéro de référence HC101
Description High End Humidity Sensors
Fabricant Handling Instructions 
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HC101 fiche technique
HC1000/ HC101
High End Humidity Sensors
Typical Applications
hand held instruments
data loggers
meteorology
HVAC
medical applications
Technical Data
Sensor
Nominal capacitance C76 (at 20 degC)
Sensitivity
Working range humidity
temperature
Linearity error (0 ... 98 %RH)
Hysteresis (at 70 %RH)
Response time t90
Temperature dependence [%RH / degC]
Long term stability at 20-30 degC /20-80 %RH
Loss tangent
Maximum supply voltage (no DC voltage)
Maximum DC voltage
Operating frequency
Material connection leads
Features
working range 0-100 %RH
linearity error < 1.5 %RH
wettable
long term stable
highest repeatability
good resistance to pollutants
HC1000
HC101
500 ± 50 pF
200 ± 20 pF
1.40 pF / %RH
0.56 pF / %RH
0 ... 100 %RH
-40 ... +120 degC
< ± 1.5 %RH
1.7 ± 0.15 %RH
< 6 sec.
RH = g * RH * (T - 20)
g = -0.003 ± 10 %
drift < 1 % / year
< 0.05 typical
5 V max (UPP)
<5 mV
10 ... 100 kHz, recommended 20kHz
phosphor bronze with tin/lead coating
Characteristics
The average increase of capacitance over the
working range is 140 pF for the HC1000 and
56 pF for the HC101. For the range of 0–98
%RH, linear approximation is possible, errors
will be lower than ± 1.5 %RH.
The sensor characteristic is described by the
following linear formula:
C(RH) = C76 * [1 + HK * (RH – 76)]
with HK = 2800 ± 120 ppm / %RH
550
(220)
500
(200)
450
(180)
400
(160)
350
(140)
relative humidity [%RH]
For high accuracy requirements, the sensitivity is described by the following polynom:
C(RH) = C76 * [1 + HK * (RH – 76)+K(RH)]
where:
K(RH) = A1*RH+A2*RH1.5+A3*RH2 +A4*RH2.5
A1=2.1159E-3
A2=-7.6305E-4
A3=8.9470E-5
A4=-3.4130E-6
HC1000/HC101

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