SX15AP1 [HONEYWELL]
CPX and XPX Cross to NSC Series;型号: | SX15AP1 |
厂家: | Honeywell |
描述: | CPX and XPX Cross to NSC Series |
文件: | 总4页 (文件大小:95K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
S X S e r i e s
APPLICATIONS
Low Cost
Medical
Instrumentation
Pressure Sensors
Barometric
Measurement
Pneumatic Controls
Battery Powered
Equipment
FEATURES
Low Cost
High-Impedance Bridge
Absolute and
Differential (Gauge)
Low Noise
Low Power
Consumption for
Battery Power
The SX Series of pressure sensors provide the lowest cost
components for measuring pressures up to 150 psi.
These sensors were specifically designed for use with
non-corrosive, non-ionic media, such as air, dry gases,
and the like. Convenient pressure ranges are available to
measure differential, gauge, and absolute pressures from
0 to 1 psi (SX01) up to 0 to 150 psi (SX150).
EQUIVALENT
CIRCUITS
Vs
3
The Absolute (A) devices have an internal vacuum
reference and an output voltage proportional to absolute
pressure. The Differential (D) devices allow application
of pressure to either side of the diaphragm and can be
used for gauge or differential pressure measurements.
2
+
OUTPUT
4
-
1
GND
This product is packaged either in SenSym ICT’s standard
low cost chip carrier “button” package, a plastic ported
“N” package, or a metal TO5 Package with or without gel.
All packages are designed for applications where the
sensing element is to be integral to the OEM equipment.
These packages can be o-ring sealed, epoxied, and/or
clamped onto a pressure fitting. A closed-bridge four-
pin SIP configuration is provided for electrical connection
to the “Button” or “N” Package. The TO5 Package offers
a 5-pin open-bridge configuration. A DIP Package is also
available, which mounts on a PC board like a standard IC
with through-hole pins. This extremely small size
package enables the use of multiple sensors in a limited
available space application.
BUTTON, NIPPLE AND "N" PACKAGE
Vs
1
2
6
-
OUTPUT
8
+
7
GND
TO AND DIP PACKAGE
Because of its high-impedance bridge, the SX Series is
ideal for portable and low power or battery operated
systems. Due to its low noise, the SX is an excellent
choice for medical and other low pressure applications.
Contact your local SenSym ICT representative, the factory,
or go to Sensym ICT’s Web site at www.sensym-ict.com for
additional details.
S X S e r i e s
PRESSURE SENSOR CHARACTERISTICS
Maximum Ratings (For All Devices)
SPECIFICATION
NOTES (for all devices)
Note 1: Reference Conditions:
Supply Voltage, V
Temperature Ranges:
Operating
+12 Vdc
S
T
= 25°C
A
-40°C to +85°C
-55°C to +125°C
150 psig
Supply
= 5 Vdc
Storage
V
S
Common-Mode Pressure
Lead Soldering Temperature
(2-4 Seconds)
Common Line Pressure =
0 psig
250°C
Pressure Applied to P1
Note 2: Full-Scale Span is the
algebraic difference
PERFORMANCE CHARACTERISTICS(1)
between the output
voltage at full-scale
pressure and the output at
zero pressure. Full-Scale
Span is ratiometric to the
supply voltage.
Characteristics
Min
Typ
Max
Unit
Zero Pressure Offset(5)
Temperature Coefficient of Offset(6,9)
-35
–
-20
+4
0
–
mV
µV/V/°C
Note 3: Pressure Hysteresis - the
maximum output
Combined Pressure Non-Linearity and
Pressure Hysteresis(3)
–
0.2
0.1
0.5
%FSS
%FSS
µsec
difference at any point
within the operating
pressure range for
increasing and decreasing
pressure.
Pressure Non-Linearity –
the maximum deviation of
measure output, at
constant temperature
(25°), from “best straight
line” through three points
(offset pressure, full-scale
pressure, one-half full-scale
pressure).
Long Term Stability of Offset & Span(8)
Response Time(7)
–
–
–
–
100
4.1
–
–
Input Resistance
kΩ
Temperature Coefficient of Resistance(6,9)
Temperature Coefficient of Span(6,9)
Output Resistance
+690
-2550
–
+750
-2150
4.1
+810
-1900
–
ppm/°C
ppm/°C
kΩ
Repeatability(4)
–
0.5
–
%FSS
SX PERFORMANCE CHARACTERISTICS(1)
Note 4: Maximum difference in
output at any pressure
within the operating
pressure range and the
temperature range within
0°C to +70°C after:
Operating
Pressure
(psi)
Part
Number
Sensitivity
(mV/V/psi)
Full-Scale Span(2)
(mV)
Burst Pressure
(psi)
a) 100 temperature cycles,
0°C to +70°C
b) 1 million pressure
cycles, 0 psi to
Typ
4.0
Min
15
Typ
20
Max
25
SX01
SX05
SX15
SX30
SX100
SX150
0-1
0-5
20
20
3.0
50
75
100
150
150
200
150
Full-Scale Span
0-15
0-30
0-100
0-150
1.5
75
110
110
150
110
45
Note 5: The zero pressure offset is
0 mV Min, 20 mV Typ and
35 mV Max for part
0.75
0.3
75
90
100
75
150
200
numbers SXxxxGD2 and
SXxxxDD4.
0.15
*Maximum Pressure above which can cause permanent sensor failure
Note 6: Slope of best straight line
fit from 0°C to 70°C. For
operation outside this
temperature range, contact
factory for more
ORDERING INFORMATION
To order, use the following part number(s):
Order Part Number
information.
Note 7: Response time for a 0 psi
to Full-Scale Span pressure
step change, 10% to 90%
rise time.
Button
Nipple
“N”
TO
Pressure Range
0 to 1 psid or psig
0 to 5 psid or psig
0 to 15 psia
Package
Package
Package
Package
SX01GSO
SX05GSO
SX15AHO
SX30AHO
DIP Package
Note 8: Long term stability over a
one year period.
SX01D
SX05D
SX15A
SX30A
SX100A
SX150A
SX15D
SX30D
SX01DP1
SX01DN
SX05DN
SX15AN
SX30AN
SX01GD2, SX01DD4
SX05GD2, SX05DD4
SX15AD2, SX15AD4
SX30AD2, SX30AD4
SX05DP1
Note 9: This parameter is not 100%
tested. It is guaranteed by
process design.
SX15AP1
0 to 30 psia
SX30AP1
0 to 100 psia
–
SX100AN SX100AHO SX100AD2, SX100AD4
0 to 150 psia
–
SX150AN SX150AHO
–
0 to 15 psid or psig
0 to 30 psid or psig
SX15DP1
SX15DN
SX30DN
SX100DN
–
SX15GSO
SX30GSO
SX100GSO
SX150GSO
SX15GD2, SX15DD4
SX30GD2, SX30DD4
SX100GD2, SX100DD4
–
SX30DP1
0 to 100 psid or psig SX100D
0 to 150 psid or psig SX150D
–
–
S X S e r i e s
ELECTRICAL CONNECTIONS
1
1
1
1
Vs
-Vo
GND
+Vo
Vs -Vo
GND
Vs +Vo
Vs
Vs
Vs
Vs
+Vo +Vo
GND GND
Vs
Vs
P1
NC
NC
Vs
4
4
4
-Vo
-Vo
4
+Vo
2
6
1
7
3
5
8
4
GND
-Vo
NC
PIN 1 (GND)
PIN 2 (+Vo)
PIN 4 (-Vo)
PIN 3 (+Vs)
P1
DD4
TO CAN
BUTTON AND "N"
GD2
AD2
AD4
PACKAGE OUTLINES
SEALING
SURFACE
Button Package
Ø.040 [Ø1.02]
PRESSURE PORT
VENT HOLE
(GAUGE UNITS
ONLY)
.20 [5.1]
Ø.42 [Ø10.6]
.02 [.5]
R.25 [R6.3]
.27 [6.9]
NOT A
SEALING
SURFACE
.25 [6.4]
.31 [7.9]
.42 [10.7]
.02 [.5]
.88 [22.4]
.36 [9.1]
REF.
.100 [2.54] TYP.
.020 [.51] TYP.
.02 [.4]
PIN 1
ID TAB
.55 [14]
Nipple Package
.27 [6.9]
TYP.
Ø.10 [Ø2.5]
Ø.04 [Ø1]
VENT HOLE
(GAUGE UNITS
ONLY)
.20 [5.1]
PERSSURE PORT
Ø.42 [Ø10.6]
R.25 [R6.3]
.27 [6.9]
.02 [.5]
Ø.07 [1.8]
.25 [6.4]
.31 [7.9]
.42 [10.7]
.02 [.5]
.36 [9.1]
REF.
.88 [22.4]
.015 [.38]
TYP
.100 [2.54] TYP.
.020 [.51] TYP.
PIN 1
ID TAB
MOUNTING FOR
N Housing Package
2X R.13
[R3.2]
SCREW OR TIE WRAP
2X Ø.125
[3.2]
2X R.075
[R1.9]
2X Ø.190
[4.8]
PIN 1
ID TAB
1.15
[29.2]
REF.
.25
[6.4]
.90
[22.9]
.10 [2.5]
TYP.
.05
[1.3]
.02
[.5] TYP.
.06
[1.5]
4X .02 [.4]
PIN THICKNESS
.34
[8.6]
.36
[9.1]
.28
[7.1]
.40
[10.2]
.285
[7.2]
.50
[12.7]
1.07 [27.2]
Ø.105 [2.67]
2° DRAFT
D2 Dip Package
.550
[13.97]
.315
[8.00]
.545
[13.84]
1
.470
[11.94]
4
Ø.025 [Ø.64]
VENT HOLE
.075
[1.91]
.24
[6.0] NOM
.110
[2.79] TYP
MOLDED PIN
IDENTIFIERS
(PINS 4 AND 1
ONLY)
(GAUGE UNITS ONLY)
.020
.60
[15.2] NOM
.010
[.25] TYP
[.51] TYP
.100
[2.54] TYP
S X S e r i e s
Low Cost Pressure Sensors
PACKAGE OUTLINES (con’t)
DD4 Dip Package
.300
[7.62] TYP
.550
[13.97]
.14
[3.6]
.380
[9.65]
Ø.090
[2.29] TYP
2° DRAFT
.25
.285
[7.24]
[6.4]
.470
[11.94]
.17
[4.3] TYP
.110
[2.79] TYP
.020
[.51] TYP
.60
[15.2] NOM
.010
[.25] TYP
.100
[2.54] TYP
AD4 Dip Package
.300
[7.62] TYP
.550
[13.97]
.14
[3.6]
.380
[9.65]
Ø.090
[2.29] TYP
.285
[7.24]
2° DRAFT
.470
[11.94]
.17
[4.3] TYP
.110
[2.79] TYP
.020
[.51] TYP
.60
[15.2] NOM
.010
[.25] TYP
.100
[2.54] TYP
TO5 Package
8X Ø.017 [Ø.43]
Ø.063 [Ø1.59] FOR
PARYLENE
Ø.219 [5.56] FOR
GEL FILL
LEADS EQUAL
SPACED ON
.53
[13.5]
.277
[7.04]
Ø.230 [5.84] BCD
.03
[.8]
Ø.360
[Ø9.14]
.036
[.92]
Ø.32
[8.2]
.032
[.81]
Ø.13
[Ø3.3]
TO39 Package
8X Ø.017 [Ø.43]
LEADS EQUAL
SPACED ON
Ø.063 [Ø1.59] FOR
PARYLENE
Ø.219 [5.56] FOR
GEL FILL
.50
[12.7]
.277
[7.04]
Ø.200 [5.08] BCD
Ø.360
[Ø9.14]
.036
[.92]
Ø.32
[8.2]
.032
[.81]
VENT HOLE
(GAUGE UNITS
ONLY)
1 408 954 6700
FAX: 408 954 9458
GENERAL DISCLAIMER: Invensys Sensor Systems reserves the right to make changes to its products and
their specifications at any time, without prior notice to anyone. Invensys Sensor Systems has made
every effort to ensure accuracy of the information contained herein but can assume no responsibility
for inadvertent errors, omissions, or subsequent changes. Invensys Sensor Systems does not assume any
responsibility for the use of any circuit or other information described within this document, and
further, makes no representations of any kind that the circuit and information described herein is free
of infringement of any intellectual property right or any other right of third parties. No express or
implied licenses of any Invensys Sensor Systems intellectual property right is granted by implication or
otherwise.
SenSym ICT
1804 McCarthy Boulevard
Milpitas, CA 95035
www.sensym-ict.com
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