GmbH Petrick Small stationary anode x-ray tube ... - Petrick-GmbH
GmbH Petrick Small stationary anode x-ray tube ... - Petrick-GmbH
GmbH Petrick Small stationary anode x-ray tube ... - Petrick-GmbH
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Design changes in the sense of the development reservations.<br />
<strong>Petrick</strong><br />
<strong>Small</strong> <strong>stationary</strong> <strong>anode</strong> x-<strong>ray</strong> <strong>tube</strong> P800.24GW (1.872W)<br />
70kV IH (A)<br />
70kV UH (V)<br />
50kV IH (A)<br />
50kV UH (V)<br />
20kV IH (A)<br />
20kV UH (V)<br />
Heating I(A)/U(V)<br />
2,80<br />
2,70<br />
2,60<br />
2,50<br />
2,40<br />
2,30<br />
2,20<br />
2,10<br />
2,00<br />
1,90<br />
1,80<br />
1,70<br />
1,60<br />
Technical Specification<br />
1. Geometry: Drawing for assembling<br />
2. Radiation field: Target angle 12°<br />
3. Inherent filtration: 0,76...1,04 mm Al-equivalent<br />
4. Type of operating: DC<br />
5. Focal spot: 800 µm<br />
6. Filament heating: U H max = 2,75 V<br />
7. max.operating voltage: 70 kV<br />
I H max = 2,00 A<br />
8. max.rating: 4,0 mA<br />
9. Heat capacity: 3900 Joule<br />
10. Power continuesly: 50 W<br />
11. Anode cooling: Convection cooling<br />
12. Insulation medium: Oil<br />
13. Anode material: Tungsten<br />
Heating characteristic 20...70 kV<br />
above endurance reduction<br />
above endurance reduction<br />
1,50<br />
1,00 2,00 3,00 4,00<br />
Tube current (mA)<br />
Heating<br />
voltage<br />
tuogh max. 50 W<br />
continuous rating<br />
Heating current<br />
max. 80,0<br />
For customer disposal available<br />
with wire or case connections<br />
3,0 +0,5<br />
-0,5<br />
<strong>GmbH</strong><br />
M 5<br />
connected with<br />
Wehnelt cylinder<br />
Focal spot M 10 : 1<br />
getter<br />
Ø 30,00 +0,25<br />
-0,25<br />
Ø 10,0<br />
heating<br />
35,0<br />
x-<strong>ray</strong><br />
x-<strong>ray</strong><br />
M 1:1
P800.24GW<br />
Radiation protection<br />
-Emitter can emit harmful X-<strong>ray</strong>s<br />
-There is a danger of implosion<br />
-User is account for personal protection by a housing<br />
<strong>Petrick</strong><br />
X-<strong>ray</strong><br />
<strong>GmbH</strong><br />
Mo<br />
Ni<br />
W<br />
Cu<br />
FeNiCo<br />
Ni<br />
Glass
Change language