No. | Partie # | Fabricant | Description | Fiche Technique |
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MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
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MaxBotix |
High Performance Sonar Range Finder Continuously variable gain for control and side lobe suppression Object detection to zero range objects 2.5V to 5.5V supply with 2mA typical current draw Readings can occur up to every 50mS, (20-Hz rate) Free run operation can continually m |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder Continuously variable gain for control and side lobe suppression Object detection to zero range objects 2.5V to 5.5V supply with 2mA typical current draw Readings can occur up to every 50mS, (20-Hz rate) Free run operation can continually m |
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MaxBotix |
High Performance Sonar Range Finder Continuously variable gain for control and side lobe suppression Object detection to zero range objects 2.5V to 5.5V supply with 2mA typical current draw Readings can occur up to every 50mS, (20-Hz rate) Free run operation can continually m |
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MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
|
|
|
MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
|
|
|
MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
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|
|
MaxBotix |
High Performance Sonar Range Finder Continuously variable gain for control and side lobe suppression Object detection to zero range objects 2.5V to 5.5V supply with 2mA typical current draw Readings can occur up to every 50mS, (20-Hz rate) Free run operation can continually m |
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|
|
MaxBotix |
High Performance Sonar Range Finder Continuously variable gain for control and side lobe suppression Object detection to zero range objects 2.5V to 5.5V supply with 2mA typical current draw Readings can occur up to every 50mS, (20-Hz rate) Free run operation can continually m |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder |
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MaxBotix |
High Performance Sonar Range Finder |
|
|
|
MaxBotix |
High Performance Sonar Range Finder |
|
|
|
MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
|
|
|
MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
|
|
|
MaxBotix |
High Performance Ultrasonic Proximity Parking Sensor an easy to use logic level (high/low) output, and RS232 format serial output. *Factory calibration and testing is standard. Features • Proximity vehicle detection • Simultaneously runs along side other nearby sensors • ~10 second object acquire time |
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