User Dose Information

Stray Radiation

Stray radiation measures are highly dependent on environmental conditions, such as the composition of walls and their locations; therefore in certain circumstances the values may be significantly different.

Measured with a PMMA phantom cylinder (Ф 16 cm x h 16 cm) at 1.0 m from the central phantom axis.

3D Mode

Stray radiation for one exam 16 x 10 HR @ 120 kV or 90 kV - 6.3 mAs – 20 s

 (add. filt. 0.7 mm Cu or 0.15 mm Cu )

ANGLE

Deg.

-135

-90

-45

0

45

90

135

Stray radiation*

µGy

22

23

21

21

20

17

16

 

 

Stray radiation 16 x 10 HR @ 120 kV or 90 kV- maximum output power (60W – 14 x exams per hour)

 (add. filt. 0.7 mm Cu or 0.15 mm Cu)

ANGLE

Deg.

-135

-90

-45

0

45

90

135

Stray radiation*

µGy

314

329

300

300

286

243

229

*Maximum values measured 20 cm below the horizontal cross sectional plane with chin rest. Other values in the vertical axis are lower than these values.

 

3D isodose curves for one exam.

3D Isodose Curves

Panoramic Mode

Stray radiation for one exam PANORAMIC STD @ 73 kV - 8 mA - 12.3 s

 (add. filt. 1.5 mm Al)

ANGLE

Deg.

-135

-90

-45

0

45

90

135

Stray radiation*

µGy

1

1.1

0.8

0.9

0.8

0.7

0.8

 

 

Stray radiation PANORAMIC STD @ 73 kV - maximum output power (60W – 30 x exams per hour)

 (add. filt. 1.5 mm Al)

ANGLE

Deg.

-135

-90

-45

0

45

90

135

Stray radiation*

µGy

30

33

24

27

24

21

24

*Maximum values measured 20 cm below the horizontal cross sectional plane with chin rest. Other values in the vertical axis are lower than these values.

 

Panoramic isodoses curves for one exam.

Panoramic Isodoses Curves

 

 

Related Topics

CS 9600 Technical Specifications

Minimum Computer System Requirements

Manufacturer Information

X-Ray Dose Emission Information

Imaging Performance Information

CS 9600 Environmental Requirements

CS 9600 Electrical Specifications

X-Ray Tube Assembly Technical Specifications