XFGM-3050KPGSR-P3 [FUJIKURA]
Peizoresistive Sensor, Gage, 0Psi Min, 5.8Psi Max, Square, Surface Mount, PACKAGE-8;
| 型号： | XFGM-3050KPGSR-P3 |
| 厂家： | 
FUJIKURA LTD. |
| 描述： | Peizoresistive Sensor, Gage, 0Psi Min, 5.8Psi Max, Square, Surface Mount, PACKAGE-8 |
| 文件： | 总26页 (文件大小：306K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
June 24, 2004
No. V-7437
Messrs.
SPECIFICATION
Model:
XFPM-050KPG(R)-P3
RoHS compliance
Project:
Reference:
Fujikura Ltd.
7437_XFPM-050KPGR-P3_specs
V-7437
1. General;
This document details the performance specifications of FUJIKURA's XFPM-050KPG(R)-P3 high level
output, on-chip signal conditioned, temperature compensated and calibrated pressure transducers.
2. Principle;
FUJIKURA's integrated semiconductor pressure sensor has four pressure sensitive piezoresistors which are
formed on the diaphragm surface of a silicon chip. This chip includes a constant current drive circuit, signal
amplification circuitry and resistors for calibration of offset and sensitivity and temperature compensation.
These are achieved using silicon planer technique.
When the applied pressure deforms the diaphragm, the piezoresistors change their resistance due to the
piezoresistance effect. The resistance change of the four resisters, which constitute a whetstone bridge
circuit, results in a pressure proportional voltage because there is an internally supplied constant current
excitation. The surrounding circuit then amplifies the low-level voltage to provide a linear, repeatable
high-level output voltage.
Table shown below is revision records of this specification
V
IV
III
II
Rev.I 04.6.24
Est. 00.07.28 M.Hashimoto
Date Name
H. Nishida Add noise screening information
(A)
Comments
Remark
3. Pressure range & rating;
Model
Rated (Measurable) pressure range
XFPM-050KPG(R)-P3
0 ~ +300 mmHg･Gauge (0 ~ +40.00 kPa･Gauge)
4. Package outline dimensions, Electrical pin connections, Marking and Weight;
Refer the attached drawings.
The following table shows the drawing No.
Model
Package
Electrical pin connections
Marking
outline dimensions
XFPM-050KPG-P3
XFPM-050KPGR-P3
No.9-751-044
No.9-751-048
No.9-751-048
No.9-751-076
No.9-751-076
No.9-751-045
Weight
approximately 1.2g
1
7437_XFPM-050KPGR-P3_specs
V-7437
5. Absolute maximum rating;
Item
Symbol
Pmax+
Vccmax
Topt1
Topt2
Tstg
Rating
Unit
Maximum load pressure
Maximum input voltage
Twice of rated pressure
8
VDC
℃
Compensated temperature range
Operating temperature range
Storage temperature range
Insulation durability
0
-40
-40
~
50
~
125
125
℃
~
℃
－
AC500V, 1minute.
Insulation impedance
－
100MΩ min. (DC500V)
6. Recommended operating conditions;
Item
Symbol
Condition
Unit
Rated pressure
Popt
0 ~ +300
(0 ~ +40.00)
mmHg
(kPa)
Type of pressure
Pressure media
Gauge pressure
－
－
Non-corrosive gases
Supply Voltage (const.)
Vcc
5.0±0.25
VDC
Note
7. Electrical characteristics;
( Vcc=5VDC constant, ambient temperature Ta =25 ℃)
Item
Symbol
Rating
10 mA max. (typ 7mA)
10 Ω max.
Power consumption
Output impedance
Source current
Sink current
Icc
Imp
Isource
Isink
Voff
0.2 mA max.
2 mA max.
Offset voltage
(Output at 0mmHg)
Output voltage at full scale
(Output at 300mmHg)
Output span voltage
0.5±0.1 V
※1
※1
※1
Vfs
SV
4.0±0.1 V
1.75±0.05 V (0 - 150mmHg)
3.50±0.10 V (0 - 300mmHg)
±2.0mmHg/0 – 50℃
Output span error at 150mmHg
Output span error at 300mmHg
Maximum Temperature Error
SVErr150
SVErr300
TCErrMax
※1, 2
※1, 3
※1, 4
±2.5mmHg/0 - 50℃
±0.2 V/0 – 50℃
Nonlinearity
NL
Tr
±0.4%FS/0 - 50℃
※5
※6
Response time
1 ms. typ.
Noise screening
0.033mmHg p-p
(A)
(for the detail, please refer to page 4)
2
7437_XFPM-050KPGR-P3_specs
V-7437
Notes;※1) The error excludes the ratio metric effect of changes in input voltage.
※2) Output Span Error at 150mmHg is defined as deviations of the 150mmHg output span
voltage at 0 and 50℃ referenced to 150mmHg output span voltage at 25℃.
※3) Output Span Error at 300mmHg is defined as deviations of the 300mmHg output span
voltage at 0, 25 and 50℃ referenced to twice of 150mmHg output span voltage at 25℃.
※4) Maximum output error of all over the temperature range 0 to 50℃.
※5) Nonlinearity is evaluated at 150mmHg from the best straight line goes from 0mmHg
through 300mmHg over the temperature range 0 to 50℃.
※6) Response time is defined as the time for the change in output voltage from 10% to 90%
of its final value when the input pressure make a step change.
8. Transfer Function;
Vout = Vs × ( P × α + β ) ± (Pressure Error×Temperature Error Multiplier× α× Vs )
Vs : 5Volts.
Note: Out put Vout is not perfectly ratiometric with power supply voltage Vs.
P : Input Pressure
α,β, Pressure Error and Temperature error multiplier are shown below.
Model
Pressure Range
α
β
Pressure Error※1)
(mmHg)
XFPM-050KPG(R)-P3
0 - +300mmHg
0.00233
0.1
8.57
※1) Pressure error includes Non-linearity, pressure hysteresis, span calibration error and
offset calibration error at room temperature.
※2) Temperature Error Multiplier is shown below graph.
3
2
1
0
0
25
50
Temperature (degree C)
※3) Output Span Error at 150mmHg over the temperature range 0 to 50℃ is within
+/-2.0mmHg.
And Output Span Error at 300mmHg over the temperature range 0 to 50℃ is within
+/-2.5mmHg.
3
7437_XFPM-050KPGR-P3_specs
V-7437
8. Noise screening; (A)
5VDC
no pressure
Vref +
Vref -
HPF
fc = 0.08Hz
LPF
fc = 48Hz
Amplifier
gain = 65.7
Window comparator
Pressure sensor
0 ~ 300mmHg
0.5 ~ 4.0V
+/- 0.033mmHg p-p
x 65.7 amplified
= 766mV/mmHg
Vref+ = +12.5mV
Vref- = -12.5mV
11.7mV/mmHg
= 25mV/0.033mmHg
over 30sec continuously measurement
4
7
5.4
2
5
5.4
2
.4
8.
6.
0
0φ
) i l 0 m 6 ( 0 4 2 . 5 1
5
.
φ 3
R0
ﾟ
5
1
x
a
m
5
2
.
0
5
8
R 1 .
2
4
.2
ﾟ
5
5 0 .
8 6 .
8 2 .
5
2
.
1.
.254
2
10
.254
1 2
1 4
ﾟ
06
7
R 1 . 5
.254
5
.254
.4
8
6.
0φ.
0
)
m i l 6 ( 0 0 4 5 1 . 2
φ 3
0.5
C
8
R 1 . 5
5
.
2
.
4
2
60ﾟ
5
.0
5
2
.
0
ﾟ
5
ﾟ
5
1
x
a
m
2
10
6
.
0
R
1 2
1 4
2 . 8
8 6 .
August 17, 2007
No. V-7563
Messrs.
SPECIFICATION
Model:
XFGM-6050KPGSR-P3-(TP)
RoHS compliance
Project:
Reference:
Fujikura Ltd.
7563C_XFＧM-6050KPGSR-P3_specs
V-7563
1. General;
This document details the performance specifications of FUJIKURA's XFGM-6050KPGSR-P3-(TP) high
level output, on-chip signal conditioned, temperature compensated and calibrated pressure transducers.
2. Principle;
FUJIKURA's integrated semiconductor pressure sensor has four pressure sensitive piezoresistors which are
formed on the diaphragm surface of a silicon chip. This chip includes a constant current drive circuit, signal
amplification circuitry and resistors for calibration of offset and sensitivity and temperature compensation.
These are achieved using silicon planer technique.
When the applied pressure deforms the diaphragm, the piezoresistors change their resistance due to the
piezoresistance effect. The resistance change of the four resisters, which constitute a whetstone bridge
circuit, results in a pressure proportional voltage because there is an internally supplied constant current
excitation. The surrounding circuit then amplifies the low-level voltage to provide a linear, repeatable
high-level output voltage.
Table shown below is revision records of this specification
V
IV
III
II
8-17-07
H. Nishida New plastic (PPSÎEpoxy) for 250degC reflow soldering
H. Nishida Marking drawing 9-757-015 Î 9-757-094
H. Nishida Add tape & reel model, noise screening information
H. Nishida
(C )
(B)
(A)
12-07-06
Rev.I 6-22-04
Est.
6-01-01
Date
Name
Comments
Remark
3. Pressure range & rating;
Model
Rated (Measurable) pressure range
XFGM-6050KPGSR-P3-(TP) (A)
0 ~ +300 mmHg･Gauge (0 ~ +40.00 kPa･Gauge)
4. Package outline dimensions, Electrical pin connections, Marking and Weight;
(A), (B), (C)
Refer the attached drawings. The following table shows the drawing No.
Model
Package
outline dimensions
Electrical pin
connections
Marking
Delivery
Style
XFGM-6050KPGSR-P3
Bulk
9-757-119
9-757-003
9-757-094
XFGM-6050KPGSR-P3-TP
Tape & reel
Weight
approximately 0.3g
5. Absolute maximum rating;
1
7563C_XFＧM-6050KPGSR-P3_specs
V-7563
Item
Symbol
Rating
Unit
Maximum load pressure
Maximum input voltage
Compensated temperature range
Operating temperature range
Storage temperature range
Insulation durability
Pmax+
Vccmax
Topt1
Topt2
Tstg
Twice of rated pressure
8
VDC
℃
0
-40
-40
~
50
~
125
125
℃
~
℃
－
AC500V, 1minute.
Insulation impedance
－
100MΩ min. (DC500V)
6. Recommended operating conditions;
Item
Symbol
Condition
Unit
Rated pressure
Popt
0 ~ +300
(0 ~ +40.00)
mmHg
(kPa)
Type of pressure
Pressure media
Gauge pressure
－
－
Non-corrosive gases
Supply Voltage (const.)
Vcc
5.0±0.25
VDC
Note
7. Electrical characteristics;
( Vcc=5VDC constant, ambient temperature Ta =25 ℃)
Item
Symbol
Rating
10 mA max. (typ 7mA)
10 Ω max.
Power consumption
Output impedance
Source current
Sink current
Icc
Imp
Isource
Isink
Voff
0.2 mA max.
2 mA max.
Offset voltage
(Output at 0mmHg)
Output voltage at full scale
(Output at 300mmHg)
Output span voltage
0.5±0.1 V
※1
※1
※1
Vfs
SV
4.0±0.1 V
1.75±0.05 V (0 - 150mmHg)
3.50±0.10 V (0 - 300mmHg)
±2.0mmHg/0 – 50℃
Output span error at 150mmHg
Output span error at 300mmHg
Maximum Temperature Error
SVErr150
SVErr300
TCErrMax
※1, 2
※1, 3
※1, 4
±2.5mmHg/0 - 50℃
±0.2 V/0 – 50℃
Nonlinearity
Response time
Noise screening
NL
Tr
±0.4%FS/0 - 50℃
※5
※6
(A)
1 ms. typ.
0.033mmHg p-p
(for the detail, please refer to page 4)
2
7563C_XFＧM-6050KPGSR-P3_specs
V-7563
Notes;※1) The error excludes the ratio metric effect of changes in input voltage.
※2) Output Span Error at 150mmHg is defined as deviations of the 150mmHg output span
voltage at 0 and 50℃ referenced to 150mmHg output span voltage at 25℃.
※3) Output Span Error at 300mmHg is defined as deviations of the 300mmHg output span
voltage at 0, 25 and 50℃ referenced to twice of 150mmHg output span voltage at 25℃.
※4) Maximum output error of all over the temperature range 0 to 50℃.
※5) Nonlinearity is evaluated at 150mmHg from the best straight line goes from 0mmHg
through 300mmHg over the temperature range 0 to 50℃.
※6) Response time is defined as the time for the change in output voltage from 10% to 90%
of its final value when the input pressure make a step change.
8. Transfer Function;
Vout = Vs × ( P × α + β ) ± (Pressure Error×Temperature Error Multiplier× α× Vs )
Vs : 5Volts.
Note: Out put Vout is not perfectly ratiometric with power supply voltage Vs.
P : Input Pressure
α,β, Pressure Error and Temperature error multiplier are shown below.
Model
Pressure Range
α
β
Pressure Error※1)
(mmHg)
XFGM-6050KPGSR-(F)-P3-(TP)
0 - +300mmHg
0.00233
0.1
8.57
※1) Pressure error includes Non-linearity, pressure hysteresis, span calibration error and
offset calibration error at room temperature.
※2) Temperature Error Multiplier is shown below graph.
3
2
1
0
0
25
50
Temperature (degree C)
※3) Output Span Error at 150mmHg over the temperature range 0 to 50℃ is within
+/-2.0mmHg.
And Output Span Error at 300mmHg over the temperature range 0 to 50℃ is within
+/-2.5mmHg.
3
7563C_XFＧM-6050KPGSR-P3_specs
9. Noise screening; (A)
V-7563
5VDC
no pressure
Vref +
Vref -
HPF
LPF
Amplifier
fc = 0.08Hz
fc = 48Hz
gain = 65.7
Window comparator
Pressure sensor
0 ~ 300mmHg
0.5 ~ 4.0V
+/- 0.033mmHg p-p
x 65.7 amplified
= 766mV/mmHg
Vref+ = +12.5mV
Vref- = -12.5mV
11.7mV/mmHg
= 25mV/0.033mmHg
over 30sec continuously measurement
(C)
10. Recommended soldering conditions ;
10.1 XFGM-6050KPGSR-P3-(TP) without “#” marking for Pb reflow soldering
230degC : within 10sec
230degC
1~2degC/sec
1~2degC/sec
150degC Max 60sec
150degC
1~2degC/sec
RT
Reflow: Two(2) times maximum.
4
7563C_XFＧM-6050KPGSR-P3_specs
V-7563
10.2 XFGM-6050KPGSR-P3-(TP) with “#” marking for Pb free reflow soldering
250degC : within 10sec
230degC~ : within 45sec
250degC
230degC
2~4degC/sec
2~4degC/sec
150degC
150~180degC
90+/-30sec
2~4degC/sec
RT
Reflow: Two(2) times maximum.
5
( 9 . 5 )
3 . 5
0 . 5
6
m
0.1m
は±
m）
公差
寸法
±0.1
+
-.05
:
e
部位
3φ
無き
ranc
0R.5
Tole
：指定
差
公
般
一
※
ral
cFplaet
0 . 2 5
0 2 ± 0 .
Gne
(
グン面
aLlbed
ーマキ
4
3
.05
-2R
±.03
0.1
Pin
8
iPn
0.
90ﾟ±
2.54
0 4 0 A L
X F G M 6
6 1 1 2
2
5
0+
.-05
7
0
-0.1
iPn
iPn
.32
.03
±0
1
6
port
7
1
n
- 0 . 0 5
+ 0
置位め決ピン
2.54
口
re
置位め決ピン
iPn
iP
ス
導
Presu
rPjetocin
rPjetocin
ク
x
ン
Inde
AMX.
1 5 0 .
± 0 . 1
51ﾟ
5
0±.
01.3
.
AMX
ohle
0±.2
導圧入口
8
01ﾟ
.0
気
Vent
。い
ont
。い
)
の他イラン
od
ohle
/MN
dn
a
eVnt
FXG
n
)
om
ip
rf
近の傍に続て接しさ下
/MN
.o5
N
G
2cm
d
近の傍に続て接しさ下
m
in
a
rf
4
tih
フにーロィテンしグと、
w
oN.
c2m
tc
ht
n
ne
iw
し続なで下いさ。
t
(Co
nig
を上子端らか２以ｃｍ内
e
t
e
.
tyh
oM
en
na
hter
をＦ子端らか２以ｃｍ内
Fceplat
r
o
す
(Co
h
cet
Fu
Fp
aec
no
Labled
c
0
.01
6
0
tc
t
o
n
はいＮＣン士ピ同接を
:
:
en
o
D
μ
ある
;
1
2
co
事意項;
)
3
e
)
2)
）
３）４５ピ、番ン
Ｃ）１：６０８ｐ
注
N
irng
osdle
w
erlfo
C
ledring
os
52d0e
r
flow
o
re
e
0degC
a
23
ofr
itfy
e
#":
ot
uot
:
with
December 12, 2007
No. V-7695
Messrs.
SPECIFICATION
Model:
XFGM-3050KPGSR-P3-(TP)
RoHS compliance
Project:
Reference:
Fujikura Ltd.
7695A_XFＧM-3050KPGSR-P3_specs
V-7695
1. General;
This document details the performance specifications of FUJIKURA's XFGM-3050KPGSR-P3-(TP) high
level output, on-chip signal conditioned, temperature compensated and calibrated pressure transducers.
2. Principle;
FUJIKURA's integrated semiconductor pressure sensor has four pressure sensitive piezoresistors which are
formed on the diaphragm surface of a silicon chip. This chip includes a constant current drive circuit, signal
amplification circuitry and resistors for calibration of offset and sensitivity and temperature compensation.
These are achieved using silicon planer technique.
When the applied pressure deforms the diaphragm, the piezoresistors change their resistance due to the
piezoresistance effect. The resistance change of the four resisters, which constitute a whetstone bridge
circuit, results in a pressure proportional voltage because there is an internally supplied constant current
excitation. The surrounding circuit then amplifies the low-level voltage to provide a linear, repeatable
high-level output voltage.
Table shown below is revision records of this specification
V
IV
III
II
Rev.I 12-12-07
Est. 12-07-06
H. Nishida To add reflow soldering profile.
H. Nishida
(A)
Date
Name
Comments
Remark
3. Pressure range & rating;
Model
Rated (Measurable) pressure range
0 ~ +300 mmHg･Gauge (0 ~ +40.00 kPa･Gauge)
XFGM-3050KPGSR-P3-(TP)
4. Package outline dimensions, Electrical pin connections, Marking and Weight;
Refer the attached drawings.
The following table shows the drawing No.
Model
Package
outline dimensions
Electrical pin
connections
Marking
Delivery
style
XFGM-3050KPGSR-P3
Bulk
No.9-757-014
No.9-757-003
No.9-757-094
XFGM-3050KPGSR-P3-TP
Tape&reel
Weight
approximately 0.3g
1
7695A_XFＧM-3050KPGSR-P3_specs
V-7695
5. Absolute maximum rating;
Item
Symbol
Rating
Unit
Maximum load pressure
Maximum input voltage
Compensated temperature range
Operating temperature range
Storage temperature range
Insulation durability
Pmax+
Vccmax
Topt1
Topt2
Tstg
Twice of rated pressure
8
VDC
℃
0
-40
-40
~
50
~
125
125
℃
~
℃
－
AC500V, 1minute.
Insulation impedance
－
100MΩ min. (DC500V)
6. Recommended operating conditions;
Item
Symbol
Condition
Unit
Rated pressure
Popt
0 ~ +300
(0 ~ +40.00)
mmHg
(kPa)
Type of pressure
Pressure media
Gauge pressure
－
－
Non-corrosive gases
Supply Voltage (const.)
Vcc
5.0±0.25
VDC
Note
7. Electrical characteristics;
( Vcc=5VDC constant, ambient temperature Ta =25 ℃)
Item
Symbol
Rating
10 mA max. (typ 7mA)
10 Ω max.
Power consumption
Output impedance
Source current
Sink current
Icc
Imp
Isource
Isink
Voff
0.2 mA max.
2 mA max.
Offset voltage
(Output at 0mmHg)
Output voltage at full scale
(Output at 300mmHg)
Output span voltage
0.5±0.1 V
※1
※1
※1
Vfs
SV
4.0±0.1 V
1.75±0.05 V (0 - 150mmHg)
3.50±0.10 V (0 - 300mmHg)
±2.0mmHg/0 – 50℃
Output span error at 150mmHg
Output span error at 300mmHg
Maximum Temperature Error
SVErr150
SVErr300
TCErrMax
※1, 2
※1, 3
※1, 4
±2.5mmHg/0 - 50℃
±0.2 V/0 – 50℃
Nonlinearity
Response time
Noise screening
NL
Tr
±0.4%FS/0 - 50℃
※5
※6
1 ms. typ.
0.033mmHg p-p
(for the detail, please refer to page 4)
2
7695A_XFＧM-3050KPGSR-P3_specs
V-7695
Notes;※1) The error excludes the ratio metric effect of changes in input voltage.
※2) Output Span Error at 150mmHg is defined as deviations of the 150mmHg output span
voltage at 0 and 50℃ referenced to 150mmHg output span voltage at 25℃.
※3) Output Span Error at 300mmHg is defined as deviations of the 300mmHg output span
voltage at 0, 25 and 50℃ referenced to twice of 150mmHg output span voltage at 25℃.
※4) Maximum output error of all over the temperature range 0 to 50℃.
※5) Nonlinearity is evaluated at 150mmHg from the best straight line goes from 0mmHg
through 300mmHg over the temperature range 0 to 50℃.
※6) Response time is defined as the time for the change in output voltage from 10% to 90%
of its final value when the input pressure make a step change.
8. Transfer Function;
Vout = Vs × ( P × α + β ) ± (Pressure Error×Temperature Error Multiplier× α× Vs )
Vs : 5Volts.
Note: Out put Vout is not perfectly ratiometric with power supply voltage Vs.
P : Input Pressure
α,β, Pressure Error and Temperature error multiplier are shown below.
Model
Pressure Range
α
β
Pressure Error※1)
(mmHg)
XFGM-3050KPGSR-P3-(TP)
0 - +300mmHg
0.00233
0.1
8.57
※1) Pressure error includes Non-linearity, pressure hysteresis, span calibration error and
offset calibration error at room temperature.
※2) Temperature Error Multiplier is shown below graph.
3
2
1
0
0
25
50
Temperature (degree C)
※3) Output Span Error at 150mmHg over the temperature range 0 to 50℃ is within
+/-2.0mmHg.
And Output Span Error at 300mmHg over the temperature range 0 to 50℃ is within
+/-2.5mmHg.
3
7695A_XFＧM-3050KPGSR-P3_specs
V-7695
9. Noise screening;
5VDC
no pressure
Vref +
Vref -
HPF
LPF
Amplifier
fc = 0.08Hz
fc = 48Hz
gain = 65.7
Window comparator
Pressure sensor
0 ~ 300mmHg
0.5 ~ 4.0V
+/- 0.033mmHg p-p
x 65.7 amplified
= 766mV/mmHg
Vref+ = +12.5mV
Vref- = -12.5mV
11.7mV/mmHg
= 25mV/0.033mmHg
over 30sec continuously measurement
9. Recommended soldering conditions; (A)
230degC : within 10sec
230degC
1~2degC/sec
1~2degC/sec
150degC : max 60sec
150degC
1~2degC/sec
RT
Reflow: two(2) times maximum
4
9 . 4
nt
pri
f
08
.5
4
1.
comned
7 1 .
Re
A
5 ) ( 6 .
3 . 5
3
5
0
.
0
-
0
+
3
.
φ
nos
5
.
tai
0
R
g
ic
n
cif
e
a
spe
t
a
面
g
d
l
p
e
0 . 2 5
n
ile
2 0 . 0 ±
c
a
F
r
eta
d
d
e
e
i
e
ht
3
0
.
0
for
b
4
a
L
ーマンキグ
e
3
±
iPn
8
iPn
0.
.54
2
5 2 0 3
M G F X
6 2 1 8
5
0
.
0
2
5
0
-
7
iPn
iPn
3
0
.
0
±
1
6
port
7
1
5 0 . 0 -
0 +
2.54
iPn
ure
iPn
ス
導入口
a
力
Pres
id
sh
ッ
dex
Ni
イ
In
H.
.
X
A
M
07
0 . 1 5
ﾟ
5
1
1 . 0 ±
,
1
1
c
De
.05
±
ut
01.3
yo
la
ad
p
2
口
e
.
0
.
X
A
M
r
e
d
ohl
±
ﾟ
0
1
ol
s
.08
圧
Vent
d
d
a
o
T
A
。い
ont
。い
)
の他イラン
od
ohle
/MN
dn
a
eVnt
FXG
n
)
om
ip
rf
近の傍に続て接しさ下
/MN
.o5
N
ons.
G
2cm
i
n
近の傍に続て接しさ下
m
in
a
n
cfi
rf
4
tih
a
e
にロフーティングとし、
w
oN.
n
e
2cm
tc
mar
ht
deta
e
h
t
n
ne
iw
for
し続なで下いさ。
e
Se
t
(Co
nig
を上子端らか２以ｃｍ内
e
t
e
.
tyh
oM
en
na
hter
をＦ子端らか２以ｃｍ内
Fceplat
r
o
す
(Co
h
cet
Fu
Fp
aec
no
Labled
c
0
.01
6
0
tc
t
o
n
はいＮＣン士ピ同接を
;
:
:
en
o
D
μ
ある
;
1
2
co
事意項
)
3
e
)
2)
）
３）４５ピ、番ン
Ｃ）１：６０８ｐ
注
N
相关型号：
XFGM-3050KPGSR-P3-TP
Peizoresistive Sensor, Gage, 0Psi Min, 5.8Psi Max, Square, Surface Mount, PACKAGE-8
FUJIKURA
XFGM-6050KPGSR-P3-TP
Peizoresistive Sensor, Gage, 0Psi Min, 5.8Psi Max, Square, Surface Mount, PACKAGE-8
FUJIKURA
©2020 ICPDF网 联系我们和版权申明