Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Pentode
Other
power res [1]
71 W
The M'K-71 pentode is used for generation and power res 2 1 - runb3a Lokona; 2 —
power res [2]
2 W
The M'K-71 pentode is used for generation and power res 2 1 - runb3a Lokona; 2 —
power res [3]
1 W
The M'K-71 pentode is used for generation and power res 2 1 - runb3a Lokona; 2 —
power res [4]
2 W
The M'K-71 pentode is used for generation and power res 2 1 - runb3a Lokona; 2 —
amplification in stationary RF equipment. e [1]
4
amplification in stationary RF equipment. e 4 - ceTka BTOpas; 5 —
amplification in stationary RF equipment. e [2]
5
amplification in stationary RF equipment. e 4 - ceTka BTOpas; 5 —
Cathode: carbonized thoriated tungsten [1]
1
Cathode: carbonized thoriated tungsten. 1 - base sleeve; 2 -
Cathode: carbonized thoriated tungsten [2]
2
Cathode: carbonized thoriated tungsten. 1 - base sleeve; 2 -
cathode [1]
1
1TT 1 cathode; 3 - none;
cathode [2]
1
1TT 1 cathode; 3 - none;
cathode [3]
3
1TT 1 cathode; 3 - none;
grid [1]
4
4-grid2;5-grid 1;
grid [2]
5
4-grid2;5-grid 1;
grid [3]
1
4-grid2;5-grid 1;
cathode [1]
6
6 — grid 3; 7 - cathode;
cathode [2]
3
6 — grid 3; 7 - cathode;
cathode [3]
7
6 — grid 3; 7 - cathode;
anode-top lead
10
+010 A - anode-top lead;
temperature,°C [1]
-10 C
.. Ambient temperature,°C ......... ... .. ... -10to +55
temperature,°C [2]
55 C
.. Ambient temperature,°C ......... ... .. ... -10to +55
frequency,Hz [1]
16 Hz
BvbpatmorHble Harpysku: frequency,Hz ....... ... ... ... . ... .. ... 16—-22
frequency,Hz [2]
-22 Hz
BvbpatmorHble Harpysku: frequency,Hz ....... ... ... ... . ... .. ... 16—-22
grid [1]
600 uS
KpyTu3Ha xapakTepucTUKu (NPU Hanps>KeHUsX Mutual conductance (at anode voltage 600 V, grid 2
grid [2]
2 uS
KpyTu3Ha xapakTepucTUKu (NPU Hanps>KeHUsX Mutual conductance (at anode voltage 600 V, grid 2
currents [1]
600 A
aHoga 600 B, sTopown ceTku 400 B, TpeTben ceTKu voltage 400 V, grid 3 voltage 50 V, anode currents
currents [2]
400 A
aHoga 600 B, sTopown ceTku 400 B, TpeTben ceTKu voltage 400 V, grid 3 voltage 50 V, anode currents
currents [3]
400 A
aHoga 600 B, sTopown ceTku 400 B, TpeTben ceTKu voltage 400 V, grid 3 voltage 50 V, anode currents
currents [4]
3 A
aHoga 600 B, sTopown ceTku 400 B, TpeTben ceTKu voltage 400 V, grid 3 voltage 50 V, anode currents
currents [5]
50 A
aHoga 600 B, sTopown ceTku 400 B, TpeTben ceTKu voltage 400 V, grid 3 voltage 50 V, anode currents
voltage [1]
1 V
KoadhpnymeHT ycuneHust no nepson ceTke Gain coefficient (grid 1-grid 2) (at anode voltage 750 V,
voltage [2]
2 V
KoadhpnymeHT ycuneHust no nepson ceTke Gain coefficient (grid 1-grid 2) (at anode voltage 750 V,
voltage [3]
750 V
KoadhpnymeHT ycuneHust no nepson ceTke Gain coefficient (grid 1-grid 2) (at anode voltage 750 V,
voltage [1]
2 V
OTHOCUTENbHO BTOPOW CETKW (NPU HANPSHKEHUSAX grid 2 voltages 300 and 400 V, grid 3 voltage 50 V,
voltage [2]
300 V
OTHOCUTENbHO BTOPOW CETKW (NPU HANPSHKEHUSAX grid 2 voltages 300 and 400 V, grid 3 voltage 50 V,
voltage [3]
400 V
OTHOCUTENbHO BTOPOW CETKW (NPU HANPSHKEHUSAX grid 2 voltages 300 and 400 V, grid 3 voltage 50 V,
voltage [4]
3 V
OTHOCUTENbHO BTOPOW CETKW (NPU HANPSHKEHUSAX grid 2 voltages 300 and 400 V, grid 3 voltage 50 V,
voltage [5]
50 V
OTHOCUTENbHO BTOPOW CETKW (NPU HANPSHKEHUSAX grid 2 voltages 300 and 400 V, grid 3 voltage 50 V,
input [1]
14
MexanexkTpoaHbie eMKOCTH, Nd: input .. ... 14-22
input [2]
-22
MexanexkTpoaHbie eMKOCTH, Nd: input .. ... 14-22
output [1]
14
BXOAHAS .o vit ittt e 14-22 output . ... .. 10-24
output [2]
-22
BXOAHAS .o vit ittt e 14-22 output . ... .. 10-24
output [3]
10
BXOAHAS .o vit ittt e 14-22 output . ... .. 10-24
output [4]
-24
BXOAHAS .o vit ittt e 14-22 output . ... .. 10-24
voltage [1]
15 W
... ... 0,15 Output power (at 5—200 MHz, anode voltage 1.5kV,
voltage [2]
5 W
... ... 0,15 Output power (at 5—200 MHz, anode voltage 1.5kV,
voltage [3]
-200 W
... ... 0,15 Output power (at 5—200 MHz, anode voltage 1.5kV,
voltage [4]
1.5 W
... ... 0,15 Output power (at 5—200 MHz, anode voltage 1.5kV,
voltage— [1]
2 V
MowiHOCTb BbixogHasA (MPU HANPSHKEHUSAX aHoAa grid 2 voltage 40Q V, grid 1 voltage—100 V,
voltage— [2]
40 V
MowiHOCTb BbixogHasA (MPU HANPSHKEHUSAX aHoAa grid 2 voltage 40Q V, grid 1 voltage—100 V,
voltage— [3]
1 V
MowiHOCTb BbixogHasA (MPU HANPSHKEHUSAX aHoAa grid 2 voltage 40Q V, grid 1 voltage—100 V,
voltage— [4]
100 V
MowiHOCTb BbixogHasA (MPU HANPSHKEHUSAX aHoAa grid 2 voltage 40Q V, grid 1 voltage—100 V,
voltage [1]
15 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
voltage [2]
400 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
voltage [3]
100 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
voltage [4]
3 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
voltage [5]
50 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
voltage [6]
200 V
1,5 kB, BTOpo# ceTkn 400 B, nepeovi ceTkn—100 B, grid 3 voltage 50 V), W, atleast ................. 200
anode ... ... Uy=
20
anode ... ... Uy=20V;Ugp
Anode Characteristic Curves [1]
20
AHOACM (Pa max); Uy = 20 B; Ugz = 0,4 KB; Ugs = 50 B Averaged Grid-Anode Characteristic Curves:
Anode Characteristic Curves [2]
4
AHOACM (Pa max); Uy = 20 B; Ugz = 0,4 KB; Ugs = 50 B Averaged Grid-Anode Characteristic Curves:
Anode Characteristic Curves [3]
50
AHOACM (Pa max); Uy = 20 B; Ugz = 0,4 KB; Ugs = 50 B Averaged Grid-Anode Characteristic Curves:
Anode Characteristics: Ur= [1]
20
Averaged Anode Characteristics: Ur=20V;Up = 04kV;Uy; =50V
Anode Characteristics: Ur= [2]
4
Averaged Anode Characteristics: Ur=20V;Up = 04kV;Uy; =50V
Anode Characteristics: Ur= [3]
50
Averaged Anode Characteristics: Ur=20V;Up = 04kV;Uy; =50V
Grid [1]
140
140 Averaged Anode-Grid 2 Characteristic Curves:
Grid [2]
2
140 Averaged Anode-Grid 2 Characteristic Curves:
Grid Characteristic Curves [1]
0
%0 N | 880’ """" ] Averaged Grid Characteristic Curves:
Grid Characteristic Curves [2]
880
%0 N | 880’ """" ] Averaged Grid Characteristic Curves:
Anode Ch: teristic
2
2 Anode Ch: teristic
grid
2
grid 2