Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
cathode [1]
1
and seals). 1, 2, 3, 4 - cathode;
cathode [2]
2
and seals). 1, 2, 3, 4 - cathode;
cathode [3]
3
and seals). 1, 2, 3, 4 - cathode;
cathode [4]
4
and seals). 1, 2, 3, 4 - cathode;
grid
430
Height: at most 430 mm. C -grid
temperature,°C [1]
-10 C
TemnepaTypa okpyxaiowen cpegsl, °C .. ......... —10-+55 Ambient temperature,°C ...................... —10to +55
temperature,°C [2]
55 C
TemnepaTypa okpyxaiowen cpegsl, °C .. ......... —10-+55 Ambient temperature,°C ...................... —10to +55
temperature,°C [3]
-10 C
TemnepaTypa okpyxaiowen cpegsl, °C .. ......... —10-+55 Ambient temperature,°C ...................... —10to +55
temperature,°C [4]
55 C
TemnepaTypa okpyxaiowen cpegsl, °C .. ......... —10-+55 Ambient temperature,°C ...................... —10to +55
anode
2 uS
KpyTusHa xapaKTepucTuki (NPU Hanps>xeHun aHoaa Mutual conductance (at anode voltage 2 kV, anode
voltages [1]
2 kV
KoathdmuneHT ycuneHus (npy HanpshkeHUsax aHoga Gain coefficient (at anode voltages 2 and 5 kV
voltages [2]
5 kV
KoathdmuneHT ycuneHus (npy HanpshkeHUsax aHoga Gain coefficient (at anode voltages 2 and 5 kV
voltage [1]
500 A
Tok aHoAa (Npu HanpsbkeHusx aHoaa 500 B, Anode current (at anode voltage 500 V and
voltage [2]
500 A
Tok aHoAa (Npu HanpsbkeHusx aHoaa 500 B, Anode current (at anode voltage 500 V and
voltage [1]
300 V
ceTkn 300B),A,HemeHee . .................... 10 grid voltage 300 V), A, atleast .................. 10
voltage [2]
10 V
ceTkn 300B),A,HemeHee . .................... 10 grid voltage 300 V), A, atleast .................. 10
voltage [3]
300 V
ceTkn 300B),A,HemeHee . .................... 10 grid voltage 300 V), A, atleast .................. 10
voltage [4]
10 V
ceTkn 300B),A,HemeHee . .................... 10 grid voltage 300 V), A, atleast .................. 10
anode [1]
3 kV
HanpspxkeHune 3anupanus (npu HanpskeHun aHoaa Cutoff voltage (at anode voltage 8 kV, anode
anode [2]
8 kV
HanpspxkeHune 3anupanus (npu HanpskeHun aHoaa Cutoff voltage (at anode voltage 8 kV, anode
Interelectrode capacitance, pF
6 pF
MexanekTpoaHbie emkocTu, nd, He 6onee: Interelectrode capacitance, pF:
input,atmost [1]
1
=) (o 1 1T T 80 input,atmost . .........
input,atmost [2]
1
=) (o 1 1T T 80 input,atmost . .........
input,atmost [3]
80
=) (o 1 1T T 80 input,atmost . .........
output,atmost
28
BBIXOAHARA . ..ottt ittt 2,8 output,atmost ........
current, A [1]
6 A
6onee30MIMY ... 8 Filament startingcurrent, A .................... 210
current, A [2]
0 mA
6onee30MIMY ... 8 Filament startingcurrent, A .................... 210
current, A [3]
8 A
6onee30MIMY ... 8 Filament startingcurrent, A .................... 210
current, A [4]
210 A
6onee30MIMY ... 8 Filament startingcurrent, A .................... 210
Dissipation, kW
210 kW
MyckoBon TOK Hakana, A . ..................... 210 Dissipation, kW:
Anode .. ... .. e
40
PaccevBaeMas MOLWHOCTL, KBT: Anode .. ... .. e 40
grid [1]
1
= T 1T 40 grid . 1.8
grid [2]
40
= T 1T 40 grid . 1.8
grid [3]
1.8
= T 1T 40 grid . 1.8
frequency, MHz [1]
18 MHz
CETKOM .. ittt 1,8 Operating frequency, MHz . .................... 85
frequency, MHz [2]
85 MHz
CETKOM .. ittt 1,8 Operating frequency, MHz . .................... 85
Temperature at envelope and stem,°C [1]
85 C
Pabouasvactota, My ....................... 85 Temperature at envelope and stem,°C ........... 180
Temperature at envelope and stem,°C [2]
180 C
Pabouasvactota, My ....................... 85 Temperature at envelope and stem,°C ........... 180
Temperature atseals,°C
150 C
Temnepartypa, °C: Temperature atseals,°C ...................... 150
anode; [ ;’r‘i?:lde
12
=12V anode; [ ;’r‘i?:lde