Digital Output Barometer Sensors
Enhanced Digital Output Sensors: Extended temperature range

ADO Series Barometric Military Grade Pressure Sensors General Description
The Digital Output pressure sensors are based upon a proprietary surface mapping technology to produce a fully digital output that virtually eliminates all repeatable errors over temperature and pressure. This series provides a 12 bit digital serial output (14 bit in High Resolution Mode) with superior offset, span and linearity characteristics. The output is SPI and MICROWIRE/PLUS® compatible as well as fully compatible with the All Sensors GA142 Series sensors.

In addition to synchronous communications, the Digital Output pressure sensors incorporates a bi-directional, TTL level, asynchronous serial interfaces mode (hardware selectable 9,600 or 19,200 baud). This mode includes a command set that allows the host to interrogate the sensor for model information, pressure range, serial number, pressure units and conversion factor. The command set also allows the host to select a high resolution output mode, make minor adjustments to offset and has an addressable feature that alows multiple sensors to be tied to the same interface buss.

This series is intended for use with non-corrosive, non-ionic working fluids such as air, dry gases and the like. All signals are 5V TTL/CMOS compatible.

ADO Series Barometric Military Grade Pressure Sensors Features
* All Combined Errors Over Temperature Less Than 0.1%, Typical
* Wide -40 to 125°C Compensated Temperature Range
*Electrically Compatible to All Sensors GA142 Series
* Enhanced Dual Serial Interface Mode

ADO Series Barometric Military Grade Pressure Sensors Applications
* Medical Instrumentation
* Environmental Controls
* Meteorology

ADO Series Barometric Military Grade Digital Output Pressure Sensors
* Operating Pressure: 600 to 1100 mBar
* Proof Pressure: 60 PSI
* Burst Pressure: 120 PSI
* Supply Voltage: 7Vdc
* Compensated Temperature: -40°C to +125° C
* Operating Temperature: -40 to +125° C
* Humidity Limits: 0 to 95% RH (non condensing)