Data set 01
1963 Philips Electron Tubes Handbook V4
Published operating points and test conditions from this source.
Triode
Characteristic
Heizung : direct pro Phase If
39 A
Cooling | Heizung : direct pro Phase If = 39 A
Starting heater current
78 A
Cooling | Starting current must never exceed 78 A per phase
Le courant de ddmarrage ne doit jamais eaceder
78 A
Cooling | Le courant de ddmarrage ne doit jamais eaceder 78 A
sein ale
78 A
Cooling | sein ale 78 A pro Phase
Plate voltage
12 kV
Modulator operation | Va =12kV
Vg
-450 V
Modulator operation | Vg =-450V 'W
m . /’
1 A
Modulator operation | m . /’1 A’)
Plate voltage
8 kV
Modulator operation | Va =8kV
Raa =$
1 W
Modulator operation | Raa =$32kt 1W
Vg
350 V
Modulator operation | Vg = 350V
Published electrical value
8 kV
Modulator operation | =8kV 14e food
Published electrical value
10 A
Modulator operation | 10 A 50
Published electrical value
1500 V
Modulator operation | 250 500 750 X V 1250 1500Vg p (L' 1750
Capacitance
Capacitances Ca
4 pF
Capacitances | Capacitances Ca = 4 pF
Capacitds Cg
24.8 pF
Capacitances | Capacitds Cg = 24.8 pF
Kapazitaten Cag
22 pF
Capacitances | Kapazitaten Cag = 22 pF
Other
Plate current
500 mA
Typical characteristics | (Ia=0.5 A)= 7 mA/V
Plate current
7 mA/V
Typical characteristics | (Ia=0.5 A)= 7 mA/V
Kenndaten Isat
8 A
Typical characteristics | Kenndaten Isat = 8A
a value of
8 A
Typical characteristics | a value of 8 A
an courant de saturation de
8 A
Typical characteristics | an courant de saturation de 8 A est indiqude h
Published electrical value
8 A
Typical characteristics | 8 A erhhlt
Plate voltage
12 kV
Maximum ratings | Va = max. 12 kV (ti=20 ° C) = sin.
vra = max
4 kW
Maximum ratings | vra = max. 4 kW ( Wa= 4 kW)
points de scellement = max
150 °C
Maximum ratings | points de scellement = max. 150 °C
m r$c/s Va Wo Va
10 V
Class C telegraphy | m r$c/s Va Wo Va 010 Va Wo Va Wo
Plate voltage
12 kV
Maximum ratings | Va = mar.. 12 kV to = max. 50 oC
Wa = max
7.5 kW
Maximum ratings | Wa = max. 7.5 kW t o-ti = max. 11 oC
Wg = max
300 W
Maximum ratings | Wg = max. 300 W q (Wa=7.5 kW)= min. 12 1/min
Wg = max
7.5 kW
Maximum ratings | Wg = max. 300 W q (Wa=7.5 kW)= min. 12 1/min
Vfy
10 kV
Class C telegraphy | Vfy = 12 10 kV
Vg
-600 V
Class C telegraphy | Vg = -700 -600 V
Plate current
1.45 A
Class C telegraphy | Ia = 1.21 1.45 A
Ig
260 mA
Class C telegraphy | Ig = 0.28 0.26 A
Vgp
1050 V
Class C telegraphy | Vgp = 1100 1050 V
Wia
14.5 kW
Class C telegraphy | Wia = 14.5 14.5 kW
Wa
4 kW
Class C telegraphy | Wa = 4 4 kW
Published electrical value
10.5 kw
Class C telegraphy | = 10.5 10.5 kw
A = >
15 a
Class C telegraphy | A = >60 >15 a
Published electrical value
6 kV
Class C telegraphy | = 8 6 kV
Vg
-190 V
Class C telegraphy | Vg = -300 -190 V
Plate current
1 A
Class C telegraphy | Ia = 0.75 1 A
Published electrical value
6 kW
Class C telegraphy | 9ia = 6 6 kW
Wa
4 kw
Class C telegraphy | Wa = 4 4 kw
Power output
2 kw
Class C telegraphy | Wo = 2 2 kw
Zg
350 mA
Class C telegraphy | Zg = 0.26 0.35 A
Va
8 kV
Class C telegraphy | Va 10 8 kV
Ig
330 mA
Class C telegraphy | Ig 0.44 0.33 A
Vgp
1150 V
Class C telegraphy | Vgp 1200 1150 V
Wmod
4 kW
Class C telegraphy | Wmod = 5 4 kW
Va
8 kV
Class C telegraphy | Va 12 10 8 kV
Vggp
1300 V
Class C telegraphy | Vggp= 0 1520 0 1350 0 1300 V
Plate current
1.42 A
Class C telegraphy | I a =2x0.32 2x0.94 2x0.38 2x1.14 2x0.4 2x1.42 A
Ig
270 mA
Class C telegraphy | Ig = 0 2x0.14 0 2x0.14 0 2x0.27 A
Wig
158 W
Class C telegraphy | Wig = 0 2x96 0 2x86 0 2x158 W
Wia
11.4 kW
Class C telegraphy | Wia = 2 x3. 84 2x11.3 2x3.8 2x11.4 2x3.2 2x11.4 kW
t
7 a
Class C telegraphy | t7a =2x3.84 2x2.8 2x3.8 2x3.1 2x3.2 2x3.3 k"I
Wo
16.2 kW
Class C telegraphy | Wo 0 17 0 16.6 0 16.2 kW
Plate voltage
4 kV
Class C telegraphy | Va = 12 10 6.5 4 kV
Vg
-350 V
Class C telegraphy | Vg = -700 -600 -460 -350 V
la
1.7 A
Class C telegraphy | la = 1.7 1.7 1.7 1.7 A
Ig
160 mA
Class C telegraphy | Ig = 0.35 0.28 0.19 0.16 A
Vgp
775 V
Class C telegraphy | Vgp = 1100 1070 885 775 V
Zia
6.8 kw
Class C telegraphy | Zia = 20.4 17 11 6.8 kw
Published electrical value
3.3 kw
Class C telegraphy | = 5.4 5 4.5 3.3 kw
wo
3.5 kw
Class C telegraphy | wo = 15 12 6.5 3.5 kw
Plate voltage
10 kV
Class C telegraphy | Va = 12 10 kV
Vg
-360 V
Class C telegraphy | Vg = -435 -360 V
Plate current
1 A
Class C telegraphy | Ia = 0.93 1 A
Vgp
245 V
Class C telegraphy | Vgp = 285 245 V
wia
10 kw
Class C telegraphy | wia = 11.2 10 kw
Published electrical value
6.7 kw
Class C telegraphy | = 7.5 6.7 kw
wo
3.3 kw
Class C telegraphy | wo = 3.7 3.3 kw
Ig
350 mA
Class C telegraphy | Ig = 0.35 0.35 A
Plate voltage
8 kV
Class C telegraphy | Va = 10 8 kV
Vg
-700 V
Class C telegraphy | Vg = -800 -700 V
Plate current
1 A
Class C telegraphy | Ia = 1 1 A
Wig
345 W
Class C telegraphy | Wig 475 345 W
Wia
8 kW
Class C telegraphy | Wia 10 8 kW
Wa
2 kW
Class C telegraphy | Wa 2.3 2 kW
Wp
6 kW
Class C telegraphy | Wp 7.7 6 kW
Wmod
4 kW
Class C telegraphy | Wmod 5 4 kW
Vg
-260 V
Class C telegraphy | Vg = -415 -350 -260 V
Vggp
1400 V
Class C telegraphy | Vggp= 0 1720 0 1560 0 1400V
Plate current
1.75 A
Class C telegraphy | Ia =2x0.55 2x1.7 2x0.35 2x1.9 2x0.45 2x1.75 A
Ig
380 mA
Class C telegraphy | Ig = 0 2x0.32 0 2x0.18 0 2x0.38 A
Wig
12 W
Class C telegraphy | Wig = 0 2x250 0 2x130 0 2x12 W
Published electrical value
50 a
Class C telegraphy | 50 a■► ■~■~■~■■.■.o~■._i■■■■.■ 0
Published electrical value
15 V
Class C telegraphy | 0 5 15V.kV)
A
6.195 A
Class C telegraphy | A 6.6.1950 A
~~
1 A
Class C telegraphy | ~~01A
Published electrical value
5 A
Class C telegraphy | 05A
Published electrical value
0 mA
Class C telegraphy | 0A
Published electrical value
5 V
Class C telegraphy | 0 10 5 Va(kV. 20
Plate voltage
8 kV
Class C telegraphy | Va =8kV
(kw) Vo
6 kV
Class C telegraphy | (kw) Vo=6kV * .
Published electrical value
2 A
Class C telegraphy | 2 A- L IJ_.Q 1
N
1 A
Class C telegraphy | N. 1 A
Published electrical value
600 V
Class C telegraphy | 0 100 200 300 400 500 600Vgp(V)70 o