SDP1108-W7

Analog differential pressure sensor (±485 Pa)

Specification

Differential pressure
Accuracy
3.5
% m.v.
Pressure range
-128.6 - 484.8
Pa
Calibration
Air
Generic
Supply voltage
4.75 - 5.25
V
Average supply current
5100
uA
Max. supply current
6000
uA
Interfaces
Analog voltage
Package size (LxWxH)
44 x 30 x 22.1
mm³

Technical downloads

Name
Type
Date
File
Size
Datasheet SDP1108-W7
Datasheet
04/2022
PDF
319.1 KB
Calibration certification SDP1108
Certificate
08/2010
PDF
21.6 KB
Table overview SDP1000
Flyer
10/2017
PDF
27.2 KB
Burst and overpressure specifications
Application note
05/2022
PDF
95.4 KB
Bypass configuration SDP600 and SDP1000
Application note
11/2010
PDF
145.6 KB
Handling instructions SDP600 and SDP1000 series
Application note
02/2012
PDF
107.3 KB
Calibration certification SDP1000 and SDP2000
Certificate
08/2010
PDF
21.6 KB
Efficient gas flow measurements in bypass
Application note
10/2018
PDF
211.4 KB
Mass flow temperature compensation & sensor selection guide
Application note
01/2017
PDF
339.2 KB
Testing guide SDP
User guide
10/2018
PDF
443.5 KB
REACH and RoHS declaration SDP
Certificate
07/2022
PDF
99.4 KB
Differential Pressure Sensors brochure
Flyer
07/2021
PDF
2.0 MB

The SDP1000 family of low differential pressure sensors provides precise differential pressure measurement with an analog 0 to 4 voltage output.

The fully calibrated and temperature compensated sensors feature high long-term stability and measure even miniscule pressure differences below 0.25 Pa (0.001 inch water). High performance and simple operation help minimize design effort. Several ranges from ±62 Pa to 0-3500 Pa (14 inch water) are available. The SDP1000 series is an ideal choice for demanding applications, for example medical and HVAC systems.

Product impressions

Latest differential pressure sensors

Smart sensors for your application

Sensirion’s sensor solutions are used in a wide range of applications and markets. Our reliable environmental and flow sensors improve energy efficiency, increase health and ensure safety and comfort.

Explore