Swissmade
cSAR3D
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Verification Kit

Verification Kit

Description

verificationkit.png

The Verification Kit includes a set of standard sources to check the cSAR3D measurement performance prior to conducting measurements on unknown devices. The system uses the same dipole antenna type used with DASY6

The dipole antennas conform to the system check and validation requirements of SAR measurement standards (IEEE 1528, IEC 62209-1, IEC 62209-2, IEC 62209-3 draft) and national regulations.

Each dipole antenna comes with a calibration certificate. Reference SAR values are provided in the calibration certificate for each applicable cSAR3D type (Flat HSL, Flat MSL, Left Head, Right Head).

Applications

Regular system check of cSAR3D performance, to verify consistency of the SAR measurements

Standards Compatibility

Dipole geometry is compatible with IEEE 1528, IEC 62209-1, IEC 62209-2 and several national regulations

Sources

Set of dipole antennas. Many frequencies from 300 - 5800 MHz are available. A standard set consists of:

  • 1 D835V2 - Dipole, calibrated for Flat and/or Head Phantoms at 835 MHz
  • 1 D1950V3 - Dipole, calibrated for Flat and/or Head Phantoms at 1950 MHz
  • 1 D2450V2 - Dipole, calibrated for Flat and/or Head Phantoms at 2450 MHz
  • 1 D5GHzV2 - Dipole, calibrated for Flat and/or Head Phantoms at 5.2 and 5.8 GHz

RF connector: SMA female 50 Ω for each dipole antenna

Verification Masks

verification position

Set of verification masks:

  • 1 VMLV1 - Verification Mask for cSAR3D Left Head V1
  • 1 VMRV1 -Verification Mask for cSAR3D Right Head V1

Dipole stand

VDSV1 - Verification Dipole Stand for cSAR3D Flat/Quad V1

Verification Dipole Spacers

Verification Dipole Spacers, providing two distances:

  • 15 mm (for frequencies below 1 GHz)
  • 10 mm (for frequencies above 1 GHz)
Calibration

ISO/IEC 17025 calibration service provided

Calibration certificates for each dipole antenna with reference SAR values (1g/10g) for each cSAR3D applicable type (Flat HSL, Flat MSL, Left Head, Right Head)

Operation

POWERSOURCE1 directly connected to the dipoles

Alternatively, a traditional power rack can be used:

  • Signal generator(s) capable of CW output for full frequency range
  • Amplifier (if signal generator output is below 15 dBm)
  • Directional coupler (monitoring of forward power)
  • Attenuators (for impedance matching)
  • Cables
  • Power meter with two power sensors