Examples of using Pulse ranging in English and their translations into German
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Pulse Ranging Technology- true time-of-flight technology.
Reliable and precise distance measurement due to Pulse Ranging Technology PRT.
Pulse Ranging Technology(PRT)- Highly Accurate Positioning over Large Distances.
The R2100 is the world's firstMulti-Ray LED Scanner(2-D LiDAR sensor) with Pulse Ranging Technology.
Innovative Pulse Ranging Technology for high precision and reliability.
Unlike other distance sensors,the VDM100 distance measurement sensor is the first to use Pulse Ranging Technology PRT.
Pulse Ranging Technology( PRT) is an innovative measurement method from Pepperl+Fuchs.
Distance measurement sensors from Pepperl+Fuchs use the optical concept of Pulse Ranging Technology PRT.
Pulse ranging technology(PRT) is currently the most precise industrial technique for measuring distances.
The advantages of the VDM28 series and Pulse Ranging Technology are accuracy, noise immunity, precision and target independence.
Pulse Ranging Technology(PRT) provides extremely precise measurements and short response times in various ambient and object conditions.
The VDM28 distance sensormeasures the distance between individual parts using Pulse Ranging Technology and prevents them from colliding.
Pulse Ranging Technology(PRT) is an innovative measurement method from Pepperl+Fuchs. PRT is well-established in many areas of automation technology.
The R2100 Multi-Ray LED Scanner(also known as 2-D LiDAR sensor)combines the innovative measurement method"Pulse Ranging Technology" with multi-channel measurement.
All other sensors from the VDM series use Pulse Ranging Technology, offer long sensing ranges, and achieve extremely accurate measurement results.
Here, our management answered questions revolving around Industry 4.0, our newly introduced signal conditioner family SC-System, and the R2100,the world's first Multi-Beam LED Scanner with Pulse Ranging Technology.
Distance sensors equipped with Pulse Ranging Technology enable reliable and extremely precise measurements from just a few centimeters up to several hundred meters….
R2000 Detection, 2-D LiDAR sensor for precise field monitoring, measuring range to object up to 10 m, 4 freely programmable monitoring fields, 4 inputs/outputs(selectable), High angle resolution, 360-angle of measurement,Measuring method PRT Pulse Ranging Technology.
The R2100 Multi-Ray LED Scanner combines the innovative Pulse Ranging Technology with multi-channel measurement and provides reliable and precise distance measurements.
Pulse Ranging Technology is an innovative process that employs a direct measuring method to measure distances from just a few centimeters up to several hundred meters extremely accurately.
With its 360 visibility and innovative Pulse Ranging Technology for reliable and clear measurement, the compact R2000 LiDAR sensor detects its environment with high accuracy.
The Pulse Ranging Technology(PRT) direct measuring method uses a laser diode that emits extremely short, but very powerful, light pulses that are reflected by the target object and then detected again by a light-sensitive receiver.
With its innovative Pulse Ranging Technology(PRT), the R2100 provides reliable and precise distance measurement information with fast response times for rapid processes and maximum efficiency.
Equipped with innovative Pulse Ranging Technology(PRT), the R2000 2-D laser scanners(also known as 2-D LiDAR sensors) provide reliable and extremely precise measuring results-with a gapless all-around visibility of 360°.
Within this pulse range, the body cannot cover the oxygen demand any longer.
Within this pulse range particularly the cardiovascular system will be invigorated.
After determining the pulse ranges(automatically or manually) your VDO computer records the residency period in the target range as well as the times above and below the target range. .
The pulse range between the two values is usually the target range for your training.
When you have activated the alarm for your pulse range and your pulse is outside of the range, the watch bleeps to inform you of this.
Based on these values it is possible to determine precisely the pulse range(intensity) in which the training should be carried out.