Description
Detail Information
Weight::400KGDimensions::1400*1200*1750MMSupply::220 VAC 50 HzStandards::IEC 62209-3Robot Brand:KUKAHigh Light:
SAR Automatic Measurement System
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IEC 62209-3 Automatic Sar Test Equipment
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Sar Electromagnetic Field Test Equipment
Product Description
IEC 62209-3 Fast SAR Automatic Measurement System,CSAR3D – SAR System With Novel Vector Array Technology
SAR: the full English name of SAR is specific absorption rate, which is generally called electromagnetic wave absorption ratio or specific absorption rate in Chinese. It is the electromagnetic wave energy absorption ratio of mobile phone or wireless product, which is defined as: under the action of external electromagnetic field, induced electromagnetic field will be generated in human body. Since various organs of the human body are lossy media, the electromagnetic field in the body will produce current, resulting in the absorption and dissipation of electromagnetic energy. Specific absorption rate (SAR) test is a radio frequency (RF) dosimetry method to quantify the size and distribution of electromagnetic energy absorbed by biological objects exposed to RF field. Excessive exposure to RF energy will damage human tissues. In order to prevent this from happening, many countries in the world have introduced standards to limit the amount of RF radiation allowed by all types of transmitters. SAR is often used to characterize this physical process in biological dosimetry. The meaning of SAR is the electromagnetic power absorbed or consumed by human tissue per unit mass, in w / kg.
CCC test standard:
Standard: YD / t1644
Limit requirements: the SAR limit takes 10g average value, and the limit is 2.0w/kg.
CE test standard:
Test specification: EN62209-1:2016
Limit requirements: the SAR limit takes 10g average value, and the limit is 2.0w/kg.
FCC test standard:
The standards are: 47cfr part 2.1093, FCC OET bulletin 65 supply C, ANSI / IEEE C95.1 and c95.3, ANSI / IEEE P1528
Limit requirements: the SAR limit takes 1g as the unit to calculate the peak, and the limit is 1.6w/kg
cSAR3D – SAR System with Novel Vector Array Technology
What is cSAR3D?
cSAR3D is fully compliant with 62209-3. Today, it is considered the most advanced vector array system for conducting fast, high-precision Specific Absorption Rate (SAR) measurements of wireless devices operating between 300 MHz and 10 GHz. SAR testing is now faster and easier than ever, with high accuracy multiple times per second, ensuring a quicker entry of your new wireless products in a highly competitive market.
Applications, Features, and Benefits
APPLICATIONS
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| Compliance Evaluation |
- improve time-to-market by using cSAR3D in accordance with IEC 62209-3
- feel secure knowing that the performance of cSAR3D has been validated by independent test laboratories to be within IEC 62209-3 acceptance criteria
- gain confidence in your results with measurement uncertainty calculated for each measurement: < 30% for all measurements on cSAR3D Flat and Quad, and the vast majority of measurements on cSAR3D Head (verified!)
- use advanced features such as time-average SAR and simultaneous transmission SAR combining in accordance with standards and regulatory guidelines
- gain control over the accuracy by using our X10 spatial combining algorithm for high resolution measurements on cSAR3D Flat
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| Screening |
- use cSAR3D as a fast SAR system based on IEC 62209-1/2, IEEE 1528 and IEC/IEEE 62209-1528 standards
- combine cSAR3D results with the gold standard DASY6/DASY8 for significant time and cost savings
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| Prototype Testing |
- use cSAR3D at the workbench to check design modifications on radiofrequency (RF) performance of devices
- quickly analyze SAR measurement statistics
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| Quality Assurance |
- run thousands of SAR measurements effortlessly with built-in automation features
- integrate cSAR3D into your production-line quality-assurance (QA) process
- use our remote client to control cSAR3D hardware from third-party software
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FEATURES
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| Advanced Array Technology |
- high-resolution array with over 1000 sensors
- array is conformal to the phantom surface at a distance of 3 mm
- all three field components measured directly
- robust and accurate 3D field reconstruction for display of SAR distribution in the volume of the phantom
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| Range of Phantoms |
- cSAR3D Flat for body-worn testing
- cSAR3D Left Head and cSAR3D Right Head for testing in talk mode
- cSAR3D Quad for testing of tablets, laptops and other large devices
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| Testing Automation |
- cSAR3D-A is a robot-based extension to cSAR3D that automatically positions the wireless device on any phantom. Thousands of measurements can be performed with one click.
- cSAR3D-QA (coming soon) extends cSAR3D-A for integration into production-line QA processes. It can be controlled from 3rd-party software.
- write your own testing scripts with our internal Python scripting interface
- control cSAR3D hardware remotely with any third-party software, allowing scalability to multi-site labs and integration with other hardware
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| Base-Station Simulator integration |
- cSAR3D software includes integration of base-station simulators for automated call handling. All major base-station simulators have been integrated.
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| Test Reporting |
- overhead camera module (CAMO) takes photos of the wireless device during testing. The software overlays the camera image on the SAR distribution for documentation of the peak SAR location
- automatic generation of the SAR test results with a single mouse click
- tabular output of the SAR data in Excel, Word, HTML, or PDF formats
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| Calibration |
- 650 MHz – 10 GHz calibrated frequency range (validation down to 300 MHz)
- delivered fully calibrated with all communication signals for wireless devices listed on our support page
- calibrations for other communication signals can be added without having to ship the hardware to us
- calibration is performed in our ISO 17025 accredited laboratory
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BENEFITS
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| Fast |
- improve time-to-market by using cSAR3D in accordance with IEC 62209-3
- perform hundreds of measurements in minutes (3 measurements per second)
- reduce the time and cost of SAR measurement for prototype testing by over 90%
- for compliance testing based on IEC 62209-1, time and cost savings of at least 40% can be achieved when cSAR3D is integrated with the industry standard DASY6
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| Powerful and Versatile |
- easily create measurement projects of over 1000 tests, including all modulations (2G, 3G, 4G, 5G), phantoms, positions, and accessories
- connect the wireless device with base-station simulators for automated and fast call setup and handover
- write your own scripts to automate measurements with cSAR3D’s internal Python scripting interface
- control cSAR3D externally from other applications
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| Modular |
- use individual units (Flat, Head, and Quad) independently
- place the Flat (24 kg) and Head (17 kg) units on a desk or lab bench, no need for a specialized laboratory environment
- extend the system according to your testing needs
- send units for calibration at different times to be flexible with your testing demands
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| Proven Accuracy |
- validated by independent laboratories to be within IEC 62209-3 acceptance criteria compared to numerical simulations
- thoroughly tested against DASY systems on commercially-available handsets
- suitable for use as a fast SAR system according to IEC 62209-1/2 and IEC/IEEE 62209-1528 protocols
- extensive literature available confirming accuracy of cSAR3D measurements
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| High Quality |
- cSAR3D is delivered fully calibrated with all communication signals for wireless devices listed on our support page. Calibrations for other communication signals can be added without having to ship the hardware to us
- calibration is performed in our ISO 17025 accredited laboratory (see news release)
- our calibration laboratory is fully shielded and environmentally controlled
- calibration of the sensors is performed in the final assembly; no adjustments or assembly is performed after calibration
- full validation of new cSAR3D units is performed in accordance with IEC 62209-3
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| Trusted |
- solution of choice among several regulatory agencies
- 300+ units have been manufactured, calibrated, and installed globally
- SAR array system preferred by device manufacturers and testing laboratories
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