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The SM9000 series offers pressure ranges as low as 125 Pa with a 16-bit I2C digital interface. The ultra-low pressure sensors are available in gauge and differential pressure configuration in a JEDEC standard SOIC-16 package with dual vertical or horizontal porting. The total error band after board mount and system level autozero is less than 1%FS. The warmup behavior and long-term stability further confirms its expected performance over the life of the part.

Combining the pressure sensor with a signal-conditioning ASIC in a single package simplifies the use of advanced silicon micro-machined pressure sensors. The pressure sensor can be mounted directly on a standard printed circuit board and a high level, calibrated pressure signal can be acquired from the digital interface. This eliminates the need for additional circuitry, such as a compensation network or microcontroller containing a custom correction algorithm. 


  • Differential pressure ranges ±125 and ±250 Pa
  • Gauge pressure ranges 0-250, 0-300 and 0-600 Pa
  • Total error band after autozero: < 1%FS
  • 16-bit I2C digital interface
  • Pressure calibrated and temperature compensated output
  • Compensated temperature range: -20 to 85oC


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  1. SMI Pressure Sensors Product Overview (English)

TE Connectivity’s (TE) SMI low pressure sensors offer high accuracy and long-term stability in robust compact packages for industrial and medical applications. Watch this video to learn more.

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  • What is the proof pressure (maximum pressure to which the device can be taken and still perform within specifications (without loss of accuracy) after returning to the operating pressure range) for the SM9000 sensor?

The proof pressure for the ultra-low pressure sensor is 7 kPa (1 PSI).


  • What is the burst pressure (pressure where part is permanently damaged) of the SM9000 Series?

The burst pressure for the ultra-low pressure sensor is 20 kPa (2.9 PSI).


  • What is the difference between differential and gauge pressure?

Differential pressure

dP=P1-P2 is the pressure difference between two points, 1 and 2. P1 and P2 are respective pressure at the two points. This could be across an air flow restrictor in a HVAC system, or across a filter in the HVAC system, or in a ventilator system to detect and control inhalation / exhalation air flow.

Gauge pressure

Gauge pressure is the pressure differential with respect to the atmospheric pressure. Generally -not always, gauge pressure is higher than atmospheric pressure, so gauge pressure sensors are calibrated to have its output be at minimum at atmospheric pressure, and increase from there. Gauge pressure sensors are used to measure e.g. pressure in a pressure in a manifold.



Please review product documents or contact us for the latest agency approval information.  

Product Type Features

  • Sensor Package  SOIC-16

  • Pressure Sensor Type  Digital Pressure and Altimeter Sensor Modules

  • Pressure Type  Differential, Gauge

Electrical Characteristics

  • Supply Voltage Range (V) 3, 3.3 – 5, 5


  • Product Height (mm) 5.54, 9.32

  • Product Height (in) .218, .366

  • Product Length (mm) 10.26, 19.6

  • Product Length (in) .403, .771

  • Product Width  10.31 mm [ .405 in ]

Usage Conditions

  • Pressure (bar) .001, .002, .003, .005

  • Pressure (psi) .018, .036, .044, .087

  • Operating Temperature Range  -20 – 85 °C [ -4 – 185 °F ]


  • Output Interface  I²C

  • Pressure (inH2O) .5, 1, 1.2, 2.4

  • Pressure (mmHG) .9, 1.86, 2.27, 4.5

  • Proof Pressure Range  .07 bar

  • Output Signal Type  16 bit I2C

  • Pressure Accuracy  ±1.5% F.S, ±2.5% F.S, ±3% F.S

Packaging Features

  • Sensor Port Configuration  Dual Horizontal, Dual Vertical


  • Sensor Options  Barb Tube, Increased Accuracy, No Option

Reference Number

  • TE Internal Number CAT-BLPS0062

Related Materials

CAD Files

Datasheets & Catalog Pages