Capacitive Humidity Sensor - P14 2FW Thermo

? ?Fast recovery time
? ?Heating of humidity sensor (humidity sensor and heater on one chip)
? ?Temperature measurement on-chip
? ?Very low drift
? ?Wide temperature range
? ?High humidity stability

  • Model Number: P14 2FW Thermo
  • Data Sheet: Date Sheet File
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  • Capacitive Humidity Sensor
  • Capacitive Humidity Sensor
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Product Specification

Further advantages of the P14 2FW Thermo capacitive RH sensor include:

Fast recovery time

Heating of humidity sensor (humidity sensor and heater on one chip)

Temperature measurement on-chip

Very low drift

Wide temperature range

High humidity stability

Condensation resistance

High chemical resistance

Customer-specific sensor available upon request

 

The IST AG P14 FemtoCap humidity sensor is available as SMD for automatic packaging as standard configuration.

 

Illustration1)

 

1) For actual size, see dimensions

 

Technical Data:

Dimensions (L x W x H / H2 in mm)

5.0 x 3.8 x 0.4 / 0.8

Operating humidity range

0 % RH to 100 % RH (maximal dew point +85)

Operating temperature range

-50to +150

Heater/temperature sensor*

Pt100

Heater/temperature sensor accuracy

IEC 60751 F0.3 (class B)

Capacitance (C30)*

150 pF ±50 pF (at 30 % RH and +23)

Sensitivity (at C30 = 150 pF)

0.25 pF/% RH (15 % RH to 90 % RH)

Loss factor

< 0.01 (at 23, at 10 kHz, at 90 % RH)

Linearity error

< 1.5 % RH (15 % RH to 90 % RH at +23after one point calibration)

Hysteresis

< 1.5 % RH

Response time t63

< 6 s (50 % RH to 0 % RH at +23)

Temperature dependence (typical)

? % RH = (B1 x % RH + B2) x T [] + (B3 x % RH + B4)

B1 = 0.0014 [1/]         B2 = 0.1325 [% RH/]

B3 = -0.0317              B4 = -3.0876 [% RH]

Measurement frequency

1 kHz to 100 kHz (recommended 10 kHz)

Maximal supply voltage

< 12 Vpp AC

Signal form

alternating signal without DC bias

Connections

Ni/Au-flat wire

* Customer-specific alternatives available

The calibration of the sensor must be done 5 days after soldering at the earliest.

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