Pre-amplified／5V Excitation／Gauge

1

■Features

On-chip amplification and temperature compensations

Pre-calibration of offset voltage and span

Dual-in-line package (DIP)

■Ordering Information

Weight

(grams)

1.2

Measurable pressure

range(kPa)

Part number

-100 to 100

XFPM-100KPGW

XFPM-100KPGWR

0 to -100

XFPM-100KPGV

XFPM-100KPGVR

0 to 25

XFPM-025KPG

XFPM-025KPGR

0 to 50

XFPM-050KPG

XFPM-050KPGR

0 to 100

XFPM-100KPG

XFPM-100KPGR

0 to 200

XFPM-200KPG

XFPM-200KPGR

0 to 1000

XFPM-001MPG

XFPM-001MPGR

■Specifications

Model

100KPGW

100KPGV

025KPG

050KPG

100KPG

200KPG

001MPG

Unit

Recommended operating conditions

Pressure type

Gauge pressure

-

Rated pressure

+/-100

-100

25

50

100

200

1000

kPa

Measurable pressure range

-100 to100

0 to -100

0 to 25

0 to 50

0 to 100

0 to 200

0 to 1000

kPa

Temperature range

0 to 85

deg.C

Pressure media

Non-corrosive gases only (No liquid)

-

Supply voltage(constant)

5+/-0.25

VDC

Absolute maximum rating

Maximum load pressure

Twice of rated pressure

1.5 times

of rating

pressure

-

Maximum excitation voltage

8

VDC

Operating temperature

-40 to 125

deg.C

Storage temperature

-40 to 125

deg.C

Operating humidity

30 to 80 (Non dew condition)

%RH

Electrical characteristics (Excitation voltage Vcc=5.0V constant ,ambient temperature Ta=25deg.C)

Power consumption

10mA max.

mA

Output impedance

10Ω max.

Ω

Source current

0.2mA max.

mA

Sink current

2mA max.

mA

Response time

2 (for the reference)

msec.

Output span voltage

4.5

V

Offset voltage *1

*2

*3

0.2+/-0.1125 (at 0 kPa )

V

Output voltage at full scale *1

*4

*5

4.7+/-0.1125 (at rated pressure)

V

Accuracy *1

+/-2.5

GV：Gauge Pressure(Negative pressure)

G：Gauge(Positive pressure)

Pressure type

Rated Pressure

KP：kPa

MP：MPa

Terminal leadsdirection

No Mark：

R ：

ＸＦＰＭ－０２５ＫＰ Ｇ Ｒ

Model

GW：Gauge Pressure(Positive/Negative pressure)

RoHS compliance

*1 Excluding input voltage error. 0-85deg.C

*2 0.2+/-0.1125V(at -100kPa )

*3 0.2+/-0.1125V(at 0kPa)

*4 4.7+/-0.1125V(at +100kPa)

*5 4.7+/-0.1125V(at -100kPa)