Honeywell MPR MicroPressure Sensors

Honeywell MPR MicroPressure Sensors are 5mm x 5mm piezoresistive silicon pressure sensors offering a digital output for reading pressure over the specified full-scale pressure span and temperature range. These devices are calibrated and compensated over a specific temperature range for sensor offset, sensitivity, temperature effects, and non-linearity using an onboard application-specific IC (ASIC). Honeywell MPR MicroPressure Sensors meet the requirements of higher volume medical (consumer and non-consumer) medical devices, commercial appliances, and industrial/HVAC applications.

Features

  • 5mm x 5mm (0.20" x 0.20") package footprint
  • Calibrated and compensated
  • 60mbar to 2.5bar, 6kPa to 250kPa, 1psi to 30psi
  • 24-bit digital I2C or SPI-compatible output
  • Interface ready for Internet of Things (IoT)
  • Ultra-low power consumption (as low as 0.01mW typical average power, 1Hz measurement frequency)
  • Stainless steel pressure port
  • Wide pressure ranges simplify use
  • Small form factor
  • Compatible with a variety of liquid media
  • Absolute and gauge pressure types
  • Cost-effective, higher volume solution with configurable options
  • As low as ±1.25% FSS total error band after user auto-zero
  • 0°C to +50°C compensated temperature range
  • REACH and RoHS compliant
  • Meets IPC/JEDEC J-STD-020D.1 Moisture Sensitivity Level 1
  • Select sensors available on breakout board for easy evaluation and testing

Applications

  • Consumer medical
    • Non-invasive blood pressure monitoring
    • Negative-pressure wound therapy
    • Mobile oxygen concentrators
    • Airflow monitors
  • Non-consumer medical
    • Invasive blood pressure monitors
    • Ambulatory blood pressure measurement
  • Industrial
    • Air braking systems
    • Gas and water meters
  • Consumer
    • Coffee machines
    • Humidifiers

Videos

I2C Bus Configuration

Honeywell MPR MicroPressure Sensors

I2C & SPI Reference Circuits

Honeywell MPR MicroPressure Sensors
Publié le: 2017-11-03 | Mis à jour le: 2022-10-04