Data set 01
1963 Philips Electron Tubes Handbook V4
Published operating points and test conditions from this source.
Triode
Characteristic
If
78 A
Cooling | If = 78 A )
Starting heater current
160 A
Cooling | Starting current must never exceed 160 A
Le courant de demarrage ne doit jamais exc~der
160 A
Cooling | Le courant de demarrage ne doit jamais exc~der 160 A
sein als
160 A
Cooling | sein als 160 A
Other
Plate current
1 A
Typical characteristics | Caractdristiques typiques S (Ia = 1 A)= 10 mA/V
Plate current
10 mA/V
Typical characteristics | Caractdristiques typiques S (Ia = 1 A)= 10 mA/V
Kenndaten last
11 A
Typical characteristics | Kenndaten last = 11 A
a value of
11 A
Class C telegraphy | a value of 11 A
tion de
11 A
Class C telegraphy | tion de 11 A
Published electrical value
11 A
Class C telegraphy | 11 A erhalt
Capacitancea Oaf
1.9 pF
Class C telegraphy | Capacitancea Oaf = 1.9 pF
Capacitds Cgf
23.5 pF
Class C telegraphy | Capacitds Cgf = 23.5 pF
MapazitAten Cag
25 pF
Class C telegraphy | MapazitAten Cag = 25 pF
Plate voltage
12 kV
Maximum ratings | Va = max. 12 kV ti=20
Wa = max
18 kW
Maximum ratings | Wa = max. 18 kW
on the grid seals at frequencies higher than
20 MHz
Maximum ratings | on the grid seals at frequencies higher than 20 Mc/s
frdquences ddpaseant
20 MHz
Maximum ratings | frdquences ddpaseant 20 Mc/s
Bei Frequenzen h&her ale
20 MHz
Maximum ratings | Bei Frequenzen h&her ale 20 MHz ist em n schwacher
Plate voltage
12 kV
Maximum ratings | Va = max. 12 kV to max. 60 °C
Plate voltage
60 °C
Maximum ratings | Va = max. 12 kV to max. 60 °C
Wa = max
18 kW
Maximum ratings | Wa = max. 18 kW to-ti = max. 14 °C
Wa = max
14 °C
Maximum ratings | Wa = max. 18 kW to-ti = max. 14 °C
Wg = max
500 W
Maximum ratings | Wg = max. 500 W q (Wa=18 kW)= min. 20 1/min
Wg = max
18 kW
Maximum ratings | Wg = max. 500 W q (Wa=18 kW)= min. 20 1/min
points de scellement = max
150 °C
Maximum ratings | points de scellement = max. 150 °C
fr
20 MHz
Maximum ratings | fr6quences ddpassant 20 Mc/s
S
1 S
Maximum ratings | S 503/01 S 504/01
Betriebsdaten H.F
10 a
Maximum ratings | Betriebsdaten H.F. 10 asse C
Plate voltage
10 kV
Class C telegraphy | Va = 12 10 10 kV
vg
-900 V
Class C telegraphy | vg = -600 -500 -900 V
Ia
1.4 A
Class C telegraphy | Ia 2.7 2.7 1.4 A
Ig
500 mA
Class C telegraphy | Ig = 0.4 0.42 0.5 A
Vgp
2100 V
Class C telegraphy | Vgp = 1800 1600 2100 V
Wig
1050 W
Class C telegraphy | Wig = 720 670 1050 W
Wia
14 kW
Class C telegraphy | Wia 32.4 27 14 kW
Wa
4.5 kW
Class C telegraphy | Wa 10.4. 9 4.5 kW
Wo
9.5 kW
Class C telegraphy | Wo 22 18 9.5 kW
Wmod
7 kW
Class C telegraphy | Wmod 7 kW
Plate voltage
12 kV
Class C telegraphy | Va = 12 kV
Vg
-200 V
Class C telegraphy | Vg = -200 V
Plate current
1.54 A
Class C telegraphy | Ia = 1.54 A
Vgp
435 V
Class C telegraphy | Vgp = 435 V
wia
18.5 kW
Class C telegraphy | wia = 18.5 kW
Wa
13.5 kW
Class C telegraphy | Wa = 13.5 kW
Power output
5 kW
Class C telegraphy | Wo = 5 kW
Ig
240 mA
Class C telegraphy | Ig = 0.24 A
Wig
210 W
Class C telegraphy | Wig = 210 W
Plate voltage
10 kV
Class C telegraphy | Va = 12 10 kV
Vg
-200 V
Class C telegraphy | Vg = -250 -200 V
Plate current
1.1 A
Class C telegraphy | Ia = 2x0.32 2x2.45 2x0.25 2x1.1 A
Ig
170 mA
Class C telegraphy | Ig = 0 2x0.33 0 2x0.17 A
Wig
85 W
Class C telegraphy | Wig = 0 2x280 0 2x85 W
Published electrical value
11 kW
Class C telegraphy | = 2x3.8 2x29 2x2.5 2x11 kW
Wa
3 kW
Class C telegraphy | Wa = 2x3.8 2x8 2x2.5 2x3 kW
Power output
16 kW
Class C telegraphy | Wo = 0 42 0 16 kW
Published electrical value
15 V
Class C telegraphy | 0 10 15 Va kV 20
Plate voltage
12 kV
Class C telegraphy | Va =12kV
Published electrical value
15 V
Class C telegraphy | 15 Va 40kV •■■UUV
Published electrical value
40 kV
Class C telegraphy | 15 Va 40kV •■■UUV
Published electrical value
500 V
Class C telegraphy | 250 500 750 100 250 l500Vgp(v)
Capacitance
Capacitances Caf
1.4 pF
Capacitances | Capacitances Caf = 1.4 pF
Capacit
6 s
Capacitances | Capacit6s Cgf = 23.5 pF
Capacit
23.5 pF
Capacitances | Capacit6s Cgf = 23.5 pF
Kapazitaten Cag
25 pF
Capacitances | Kapazitaten Cag = 25 pF