X3DM-050KPDSR Datasheet, PDF (1/2 Pages) Fujikura Ltd. – Pre-amplified/3V Excitation/Differential

Pre-amplified/3V Excitation/Differential
X3DM Data sheet
Features
. _{3V excitation, Battery operation available}
. _{Very small surface mountable package, Easy to mount on PCB}
. _{Volt level output}
. _{On-chip amplification and temperature compensations}
. _{Pre-calibration of offset voltage and span}
Part number for ordering
Applications
. _{Industrial instrumentation}
. _{Pressure switch, Pneumatic device}
. _{Medical device}
X3DM - 050KP D S R
Terminal leads direction (See Outline Diagram)
R:
Model
X3DM
Rated pressure (Pa)
Terminal leads configuration
S : Surface mount package
Pressure type
D : Differential
DW : Differential (Bipolar pressure)
Pressure type
Differential pressure
X3DM
Model
Package configuration
Measurable pressure range (kPa)
100 100
0 50
0 100
0 200
0 1000
Surface mount package
Part number for ordering
X3DM-100KPDWSR
X3DM-050KPDSR
X3DM-100KPDSR
X3DM-200KPDSR
X3DM-001MPDSR
Specifications
Model/Rated pressure
100KPDW
050KPD
100KPD
200KPD
Recommended operating conditions
Pressure type
Differential pressure
Rated pressure
100
1.020
50
0.510
100
1.020
200
2.040
Measurable pressure range
100 100
0 50
0 100
0 200
Pressure media
Non-corrosive gas only
Excitation voltage
3.0 0.15
Absolute maximum rating
Maximum load pressure
Twice of rated pressure
Maximum excitation voltage
6
Operating temperature
10 80
Storage temperature
20 100
Operating humidity
30 80 (No dew condensation)
Electric performances/characteristics(Excitation voltage Vcc=3.0V constant, Ambient temperature Ta=25 )
Current consumption
less than 6
Output impedance
less than 10
Source current
less than 0.1
Sink current
less than 1
Mechanical response time
2 (For the reference)
Full scale span voltage
1.5
Offset voltage 1, 2
0.5 0.075
Full scale span voltage 1, 2
2.0 0.075
Accuracy 2
5.0
Note ; 1) Output refers to pressure at pressure port 2.
2) Excluding input voltage error.
001MPD
1000
10.20
0 1000
1.5times of rated pressure
Unit
kPa
kg/cm²
kPa
VDC
VDC
RH
mA
mA
mA
msec
V
V
V
FS/0 50
1