Datasheet

XFDM Data sheet
Pre-amplified/5V Excitation/Differential
■Features
Differential pressure
On-chip amplification and temperature compensations
Pre-calibration of offset voltage and span
Surface mount package
■Ordering Information
XFDM-025KP D SR
Terminal leads configuration
Model
Surface mount package
Rated Pressure
KP:kPa
MP:MPa
Pressure type
D:Differential (Positive pressure)
DW:Differential Pressure(Positive/Negative pressure)
Weight
(grams)
RoHS compliance
1.3
Measurable pressure
range(kPa)
-100 to 100
0 to 25
0 to 50
0 to 100
0 to 200
0 to 1000
Part number
XFDM-100KPDWSR
XFDM-025KPDSR
XFDM-050KPDSR
XFDM-100KPDSR
XFDM-200KPDSR
XFDM-001MPDSR
■Specifications
Model
100KPDW
Recommended operating conditions
Pressure type
Rated pressure
Measurable pressure range
Temperature range
Pressure media
Supply voltage(constant)
+/-100
-100 to 100
025KPD
050KPD
100KPD
200KPD
Differential pressure
50
100
200
0 to 50
0 to 100
0 to 200
0 to 85
Non-corrosive gases only (No liquid)
5+/-0.25
25
0 to 25
001MPD
1000
0 to 1000
Unit
kPa
kPa
deg.C
VDC
Absolute maximum rating
Maximum differential pressure *1
Port1 Maximum load pressure
Port2 Maximum load pressure
Twice of rated pressure
8
-40 to 125
-40 to 125
30 to 80 (Non dew condition)
Electrical characteristics (Excitation voltage Vcc=5.0V constant ,ambient temperature Ta=25deg.C)
Power consumption
10mA max.
Output impedance
10Ω max.
Source current
0.2mA max.
Sink current
2mA max.
Response time
2 (for the reference)
Output span voltage *2
4.5
Offset voltage *2,*3
*4
0.2+/-0.1125 (at 0 kPa )
Output voltage at full scale *2,*3
*5
4.7+/-0.1125 (at rated pressure)
Accuracy *3
+/-2.5
Maximum excitation voltage
Operating temperature
Storage temperature
Operating humidity
*1
*2
*3
*4
Port1 pressure > Port2 pressure , Port2 pressure : reference pressure
Output refers to pressure at pressure port2.
Excluding input voltage error. 0-85deg.C
0.2+/-0.1125V(at -100kPa)
*5 4.7+/-0.1125V(at +100kPa)
1
1.5 times of
rating
pressure
VDC
deg.C
deg.C
%RH
mA
Ω
mA
mA
msec.
V
V
V
%FS/0-85deg.C
XFDM Data sheet
Pre-amplified/5V Excitation/Differential
■Outline dimensions■
■Connection diagram■
View from Lavel
Marking
2
XFDM Data sheet
Pre-amplified/5V Excitation/Differential
■Transfer Function■
Vout = Vs×( P×α+β) ± (Pressure Error×Temperature Error Multiplier×α×Vs)
Vs=Vcc=5.0V
P=Pressure(kPa) =Port1 pressure - Port2 pressure
(Port1 pressure > Port2 pressure) Output refers to pressure at pressure port2.
Model
XFDM-100KPDWSR
XFDM-025KPDSR
XFDM-050KPDSR
XFDM-100KPDSR
XFDM-200KPDSR
XFDM-001MPDSR
Measurable
pressure
range(kPa)
-100 to 100
0 to 25
0 to 50
0 to 100
0 to 200
0 to 1000
Temperature Error Multiplier
3
α
β
Pressure Error
(kPa)
0.0045
0.036
0.018
0.009
0.0045
0.0009
0.49
0.04
0.04
0.04
0.04
0.04
5
0.625
1.25
2.5
5
25
XFDM Data sheet
Pre-amplified/5V Excitation/Differential
■Output characteristics■
XFDM-025KPDSR
XFDM-050KPDSR
XFDM-100KPDSR
XFDM-200KPDSR
XFDM-001MPDSR
↑Output voltage(mV)
Output voltage
at full scale
4.7V
Output span
voltage
Offset voltage
0.2V
Rated pressure
0kPa
Atomospheric
pressure
→Pressure(kPa)
Pressure(kPa) =Port1 pressure - Port2 pressure
(Port1 pressure > Port2 pressure)
Output refers to pressure at pressure port2.
XFDM-100KPDWSR
↑Output voltage(mV)
Output voltage
at full scale
4.7V
Output span
voltage
Offset voltage
0.2V
-100kPa
0kPa
Atomospheric
pressure
+100kPa
→Pressure(kPa)
Pressure(kPa) =Port1 pressure - Port2 pressure
(Port1 pressure > Port2 pressure)
Output refers to pressure at pressure port2.
Note ;
Please read instruction “Notes” before using the sensor.
Fujikura reserves the right to change specifications without notice.
Please set Zero-calibration function up your products. The offset voltage may be shifted some mechanical stress
such as mounting, installation and etc. over longtime using.
4
XFDM Data sheet
Pre-amplified/5V Excitation/Differential
Reflow Soldering process recommendation profile
Package
Surface
Temperature
(Degree C)
230
210
150
Room
Temp.
Time
a
a: Rump up rate
b: Pre-heating
c: Rump up rate
d: Heating
e: Rump down rate
Note ;
b
c
d
e
1 or 2 deg.C/sec.
150 to 180 deg.C,within 60 to120sec.
1 to 2 deg.C/sec.
max.230 deg.C,max.10sec. 210 deg.C,within 30sec.
1 or 2 deg.C/sec.
1 ) Temperature means Surface temperature of the sensor package.
2 ) Reflow process max. 2 times.
3 ) Do not wash the sensor.
4 ) Do not put the solder and flux on the sensor package.
If you have any questions regarding technical issues or specifications, please contact us.
Fujikura Ltd. Sensor Department
5-1 Kiba 1-chome, Koto-ku, Tokyo 135-8512, Japan
Phone +81-(0)3-5606-1072
E-mail : [email protected]
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