Buffalo 09102002-0 External Photos

REPORT NO: 06J10094-10 

DATE: March 2, 2006 

FCC ID: FDI-09102002-0

 

COMPLIANCE CERTIFICATION SERVICES 

Page: 29 of 39

 

 

Measurement System
Probe Calibration

4.80

N

1

1

1

4.80

4.80

Axial Isotropy

4.70

R

1.732

0.707

0.707

1.92

1.92

Hemispherical Isotropy

9.60

R

1.732

0.707

0.707

3.92

3.92

Boundary Effects

1.00

R

1.732

1

1

0.58

0.58

Linearity

4.70

R

1.732

1

1

2.71

2.71

System Detection Limits

1.00

R

1.732

1

1

0.58

0.58

Readout Electronics

1.00

N

1

1

1

1.00

1.00

Response Time

0.80

R

1.732

1

1

0.46

0.46

Integration Time

2.60

R

1.732

1

1

1.50

1.50

RF Ambient Conditions - Noise

3.00

R

1.732

1

1

1.73

1.73

RF Ambient Conditions - Reflections

3.00

R

1.732

1

1

1.73

1.73

Probe Positioner Mechnical Tolerance

0.40

R

1.732

1

1

0.23

0.23

Probe Positioning With Respect to Phantom Shell

2.90

R

1.732

1

1

1.67

1.67

Extrapolation, interpolation, and integration algorithms for 
max. SAR evaluation

3.90

R

1.732

1

1

2.25

2.25

Test sample Related
Test Sample Positioning

1.10

N

1

1

1

1.10

1.10

Device Holder Uncertainty

3.60

N

1

1

1

3.60

3.60

Power and SAR Drift Measurement

5.00

R

1.732

1

1

2.89

2.89

Phantom and Tissue Parameters
Phantom Uncertainty

4.00

R

1.732

1

1

2.31

2.31

Liquid Conductivity - Target

5.00

R

1.732

0.64

0.43

1.85

1.24

Liquid Conductivity - Meas.

8.60

N

1

0.64

0.43

5.50

3.70

Liquid Permittivity - Target

5.00

R

1.732

0.6

0.49

1.73

1.41

Liquid Permittivity - Meas.

3.30

N

1

0.6

0.49

1.98

1.62

11.66

10.73

23.32

21.46

Notesfor table
1. Tol. - tolerance in influence quaitity
2. N - Nomal
3. R - Rectangular
4. Div. -  Divisor used to obtain standard uncertainty
5. Ci - is te sensitivity coefficient 

RSS

K=2