Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Beam Power
Other
power tetrode is used in
30 W
The MN-30 double beam-power tetrode is used in
cathode and beam-forming [1]
1
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
cathode and beam-forming [2]
2
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
cathode and beam-forming [3]
2
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
cathode and beam-forming [4]
3
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
cathode and beam-forming [5]
2
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
cathode and beam-forming [6]
4
1 — heater; 2 - grid 2; 3 ~ common grid 2; 4 -~ cathode and beam-forming
anode of first tetrode [1]
8
plates; 8, 7 — heater; 6 - grid 1 of first tetrode; A7 — anode of first tetrode;
anode of first tetrode [2]
7
plates; 8, 7 — heater; 6 - grid 1 of first tetrode; A7 — anode of first tetrode;
anode of first tetrode [3]
6
plates; 8, 7 — heater; 6 - grid 1 of first tetrode; A7 — anode of first tetrode;
anode of first tetrode [4]
1
plates; 8, 7 — heater; 6 - grid 1 of first tetrode; A7 — anode of first tetrode;
temperature,°C [1]
-60 C
TemnepaTypa okpy><aiowero Bosgyxa, °C . . . . . . —60—-+135 Ambient temperature,°C . . . . ... .. ... ... —60to +135
temperature,°C [2]
135 C
TemnepaTypa okpy><aiowero Bosgyxa, °C . . . . . . —60—-+135 Ambient temperature,°C . . . . ... .. ... ... —60to +135
temperature,°C [3]
-60 C
TemnepaTypa okpy><aiowero Bosgyxa, °C . . . . . . —60—-+135 Ambient temperature,°C . . . . ... .. ... ... —60to +135
temperature,°C [4]
135 C
TemnepaTypa okpy><aiowero Bosgyxa, °C . . . . . . —60—-+135 Ambient temperature,°C . . . . ... .. ... ... —60to +135
voltage [1]
250 A
Tok aHoAa (Npw HanpsXXeHnsx aHoga 250 B, Anode current (at anode voltage 250 V,
voltage [2]
250 A
Tok aHoAa (Npw HanpsXXeHnsx aHoga 250 B, Anode current (at anode voltage 250 V,
voltage — [1]
11 V
nepson ceTku nepsoro TeTpoaa—11 B, nepson grid 1 voltage — 11 V of first tetrode,
voltage — [2]
1 V
nepson ceTku nepsoro TeTpoaa—11 B, nepson grid 1 voltage — 11 V of first tetrode,
voltage — [3]
11 V
nepson ceTku nepsoro TeTpoaa—11 B, nepson grid 1 voltage — 11 V of first tetrode,
voltage [1]
250 A
Tok BTOpOW ceTKu (Npu HanpsxeHusx aHoga 250 B, Grid 2 current (at anode voltage 250 V,
voltage [2]
2 A
Tok BTOpOW ceTKu (Npu HanpsxeHusx aHoga 250 B, Grid 2 current (at anode voltage 250 V,
voltage [3]
250 A
Tok BTOpOW ceTKu (Npu HanpsxeHusx aHoga 250 B, Grid 2 current (at anode voltage 250 V,
voltage [1]
11 V
nepson ceTkn nepsoro TeTpoga—~11 B, nepson grid 1 voltage —11 V of first tetrode,
voltage [2]
1 V
nepson ceTkn nepsoro TeTpoga—~11 B, nepson grid 1 voltage —11 V of first tetrode,
voltage [3]
-11 V
nepson ceTkn nepsoro TeTpoga—~11 B, nepson grid 1 voltage —11 V of first tetrode,
voltage [1]
175 V
175B),MA,Hebonee . . . . . .. ... ... .... 10 grid 2 voltage 175 V), mA,atmost . . . . . . . . .. 10
voltage [2]
10 V
175B),MA,Hebonee . . . . . .. ... ... .... 10 grid 2 voltage 175 V), mA,atmost . . . . . . . . .. 10
voltage [3]
2 V
175B),MA,Hebonee . . . . . .. ... ... .... 10 grid 2 voltage 175 V), mA,atmost . . . . . . . . .. 10
voltage [4]
175 V
175B),MA,Hebonee . . . . . .. ... ... .... 10 grid 2 voltage 175 V), mA,atmost . . . . . . . . .. 10
voltage [5]
10 V
175B),MA,Hebonee . . . . . .. ... ... .... 10 grid 2 voltage 175 V), mA,atmost . . . . . . . . .. 10
input [1]
13
BXOOHAA . . . . v v v v e i e e e 13-17 input . . ... 13-17
input [2]
-17
BXOOHAA . . . . v v v v e i e e e 13-17 input . . ... 13-17
input [3]
13
BXOOHAA . . . . v v v v e i e e e 13-17 input . . ... 13-17
input [4]
-17
BXOOHAA . . . . v v v v e i e e e 13-17 input . . ... 13-17
output [1]
5
BBIXOAHAR . . . . . . . o v e e 5-9 output . . .. ... 5-9
output [2]
-9
BBIXOAHAR . . . . . . . o v e e 5-9 output . . .. ... 5-9
output [3]
5
BBIXOAHAR . . . . . . . o v e e 5-9 output . . .. ... 5-9
output [4]
-9
BBIXOAHAR . . . . . . . o v e e 5-9 output . . .. ... 5-9
current over [1]
1000 A
Tok aHoAa B uMnynbce B TeveHne 1000 4 Peak anode current over 1,000 h of service, A,
current over [2]
4 A
Tok aHoAa B uMnynbce B TeveHne 1000 4 Peak anode current over 1,000 h of service, A,
current over [3]
1000 A
Tok aHoAa B uMnynbce B TeveHne 1000 4 Peak anode current over 1,000 h of service, A,
voltage, kV [1]
113 kV
HAKANA . . . v v o o v e e e e e e e e e 11,3-13,9 Anode voltage, kV . . . ... .. ... ..., 5
voltage, kV [2]
-139 kV
HAKANA . . . v v o o v e e e e e e e e e 11,3-13,9 Anode voltage, kV . . . ... .. ... ..., 5
voltage, kV [3]
5 kV
HAKANA . . . v v o o v e e e e e e e e e 11,3-13,9 Anode voltage, kV . . . ... .. ... ..., 5
current, A [1]
850 A
BTOPOMCETKM . . . . . v v o i e e vt e 850 Peak anode current, A . . . . .. ... ... 9
current, A [2]
9 A
BTOPOMCETKM . . . . . v v o i e e vt e 850 Peak anode current, A . . . . .. ... ... 9
Dissipation, W
9 W
Tok aHogaBuMmnynece, A . . . . . . . . ... ... 9 Dissipation, W:
anode
15
PacceuBaemas MOWHOCTb, BT: anode . . .. ... ... 15
temperature,°C [1]
60 C
Bpemsi rOTOBHOCTW, C,HE MEHee . . . . . . . . . . . 60 Envelope temperature,°C . . . .. ... ...... 200
temperature,°C [2]
200 C
Bpemsi rOTOBHOCTW, C,HE MEHee . . . . . . . . . . . 60 Envelope temperature,°C . . . .. ... ...... 200
Beam Power
Other
voltage — [1]
100 V
ceTku sToporo TeTpoga—100 B, BTopoii ceTku grid 1 voltage — 100 V of second tetrode,
voltage — [2]
1 V
ceTku sToporo TeTpoga—100 B, BTopoii ceTku grid 1 voltage — 100 V of second tetrode,
voltage — [3]
100 V
ceTku sToporo TeTpoga—100 B, BTopoii ceTku grid 1 voltage — 100 V of second tetrode,
voltage [1]
100 V
ceTKu BToporo TeTpoga—100 B, BTopoi ceTku grid 1 voltage —100 V of second tetrode,
voltage [2]
1 V
ceTKu BToporo TeTpoga—100 B, BTopoi ceTku grid 1 voltage —100 V of second tetrode,
voltage [3]
-100 V
ceTKu BToporo TeTpoga—100 B, BTopoi ceTku grid 1 voltage —100 V of second tetrode,