Data set 01
1999 Philips E-Z
Published operating points and test conditions from this source.
Cathode Ray
Characteristic
INSTRUMENT CATHODE-RAY TUBE
14 cm
Final accelerator voltage Vg10(9)
8.6 kV
Minimum useful scan area [1]
90 mm
Minimum useful scan area [2]
72 mm
horizontal My
9.5 V
Writing speed
2.5 div/µs
Useful screen area min [1]
90 mm
Useful screen area min [2]
72 mm
Useful scan area min [1]
90 mm
Useful scan area min [2]
72 mm
and vertical directions max
6 mm
Heater voltage Vg
63 V
Heater current If
240 mA
current at equilibrium conditions approx
5 s
Heater voltage VFGt
126 V
Heater current IFGf
240 mA
Overall length (socket included) <
452 mm
Faceplate dimensions (final accelerator contact excluded) 118+ [1]
0.5 mm
Faceplate dimensions (final accelerator contact excluded) 118+ [2]
0.6 mm
Net mass ' approx
1.3 kg
- - T ; ) i T’ ref:. line
280 %
T |7 2"
0 s
(1) Minimum cable length is
420 mm
{2) Minimum length of connecting leads is
350 mm
more than
3 mm
FGK sub-division
1.8 mm
line width
0.2 mm
dot diameter
0.4 mm
lal —a2| <
0.3 mm
910 ( final accelerator)
100 ms
| < [1]
500 ms
| < [2]
600 ms
910 ( final accelerator)
150 V
910 ( final accelerator)
15 V
910 ( final accelerator)
5 V
99 { backing electrode)
50 V
oV |
-5 V
oV | [1]
150 V
oV | [2]
150 V
Vgg (col )
120 V
I & Ig7 3 {collimator) [1]
75 V
I & Ig7 3 {collimator) [2]
75 V
I & Ig7 3 {collimator)
140 V
I & Ig7 3 {collimator) [1]
100 V
I & Ig7 3 {collimator) [2]
100 V
$ |
40 V
I & Ig7 3 {collimator) [1]
40 V
I & Ig7 3 {collimator) [2]
40 V
I & Ig7 3 {collimator)
90 V
I & Ig7 3 {collimator) [1]
30 V
I & Ig7 3 {collimator) [2]
30 V
I & Ig7 3 {collimator)
50 V
I & Ig7 3 {collimator) [1]
28 V
I & Ig7 3 {collimator) [2]
28 V
horizontal min
90 mm
vertical min
72 mm
Deflection coefficient
9.5 V
horizontal My max
10.56 V
Deflection coefficient
4.1 V
max
4.4 V
Line width at the centre of the screen Lw
0.35 mm
just black >
90 s
Storage viewing time
15 s
Grid drive for [1]
10 µA
Grid drive for [2]
26 V
Grid drive for specified writing speed V4 max
45 V
at FGA [1]
28 V
at FGA [2]
1 mA
at FGA [1]
50 V
at FGA [2]
2 mA
Capacitance
x1 to all other elements except x2 Cx1(x2)
55 pF
x2 to all other eilements except x4 Cy2(x1)
55 pF
y1 to all other elements except y7 Cy1 {y2)
3.5 pF
y2 to all other elements except vy Cyz(y1)
3.6 pF
X1 to x2 Cx1x2
25 pF
Y1 to y2 Cy1y2
2 pF
g1 to all other elements Cg1
6 pF
k to all other elements Ck
3.5 pF
g3 to all other elements Cg3
45 pF
g7-1 to all other elements Cq7-1
30 pF
g7-2 to all other elements Cg7_2
65 pF
g7-3 to all other elements Cq7-3
60 pF
gg to all other elements Cgg
60 pF
g10 to all other elements Cq10
80 pF
FGA to all other elements CrFGA
15 pF
FGK' to all other elements CEGK’
8 pF
FGK'’ to all other elements CFGK”
8 pF
Other
Final accelerator voitage Vg10(®)
8500 V
Geometry control electrode voltage Vge 1500 £
100 V
Deflection plate shield voltage Vg5
1500 V
Astigmatism control electrode voltage Vga 1500 £
50 V
Focusing electrode voltage Vg3 400 to
600 V
First accelerator voltage Vg2
1500 V
OPERATION l {static erasing pulses) l [1]
7000 V
OPERATION l {static erasing pulses) l [2]
7000 V
Geometry control electrode voltage Vg6 max
2100 V
Deflection plate shield voltage Vg5 max
2000 V
min. 2000
1250 V
negative —g/g1 max
200 V
positive Vit max
125 V