Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Beam Power
Other
POWER TETRODE
16 W
rMU-16P BEAM-POWER TETRODE
pulse
16 W
The TMU-16P beam-power tetrode is used in pulse
Cathode: indirectly heated, oxide-coated. ¢ [1]
4
Cathode: indirectly heated, oxide-coated. ¢4é_3 i
Cathode: indirectly heated, oxide-coated. ¢ [2]
3
Cathode: indirectly heated, oxide-coated. ¢4é_3 i
grid [1]
1
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [2]
5
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [3]
2
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [4]
7
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [5]
3
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [6]
2
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [7]
4
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [8]
3
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [9]
6
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
grid [10]
1
1, 5~ no connection; 2, 7 - heater; 3 — grid 2; 4 — cathode, grid 3; 6 —grid 1; A
temperature,°C [1]
-60 C
OguHo4HbIe YAAaPHbBIC HArpy3Ku Ambient temperature,°C ...................... —60to +125
temperature,°C [2]
125 C
OguHo4HbIe YAAaPHbBIC HArpy3Ku Ambient temperature,°C ...................... —60to +125
voltage (ACorDC),V [1]
63 V
HanpsixkeHue Hakana (~uwnmu=),B .............. 6,3 Heater voltage (ACorDC),V ................... 6.3
voltage (ACorDC),V [2]
6.3 V
HanpsixkeHue Hakana (~uwnmu=),B .............. 6,3 Heater voltage (ACorDC),V ................... 6.3
voltage (DC), kV [1]
1 kV
Hanpsixenve aHoga noctosHHoe, KB ... ... .. .. 1 Anode voltage (DC), kV . ...................... 1
voltage (DC), kV [2]
1 kV
Hanpsixenve aHoga noctosHHoe, KB ... ... .. .. 1 Anode voltage (DC), kV . ...................... 1
voltage (DC),V [1]
2 V
Hanps>xeHve cetku, B: Grid 2voltage (DC),V ......... .. ... ... .. ..., 600
voltage (DC),V [2]
600 V
Hanps>xeHve cetku, B: Grid 2voltage (DC),V ......... .. ... ... .. ..., 600
voltage (DC),V [1]
600 V
BTOPOA MOCTOAHHO® . .. .. ..o i nnnn.n 600 Grid 1voltage (DC),V .......
voltage (DC),V [2]
1 V
BTOPOA MOCTOAHHO® . .. .. ..o i nnnn.n 600 Grid 1voltage (DC),V .......
voltage,V [1]
1 V
Peak grid 1 excess voltage,V .................. 55
voltage,V [2]
55 V
Peak grid 1 excess voltage,V .................. 55
voltage, V [1]
1 V
Negative grid 1 cutoff voltage, V... .............. 60-95
voltage, V [2]
60 V
Negative grid 1 cutoff voltage, V... .............. 60-95
voltage, V [3]
-95 V
Negative grid 1 cutoff voltage, V... .............. 60-95
frequency,Hz [1]
3 Hz
Hanpsi>xeHue 3anupaHusa CeTKu nepeown, Pulse frequency,Hz .......................... 666
frequency,Hz [2]
666 Hz
Hanpsi>xeHue 3anupaHusa CeTKu nepeown, Pulse frequency,Hz .......................... 666
Interelectrode capacitance, pF [1]
60 pF
... L 60-95 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
-95 pF
... L 60-95 Interelectrode capacitance, pF:
input [1]
6
Bpemsi rotoBHOCTW, C, He 6onee ................ 14 input . ... 30-42
input [2]
14
Bpemsi rotoBHOCTW, C, He 6onee ................ 14 input . ... 30-42
input [3]
30
Bpemsi rotoBHOCTW, C, He 6onee ................ 14 input . ... 30-42
input [4]
-42
Bpemsi rotoBHOCTW, C, He 6onee ................ 14 input . ... 30-42
output [1]
3
LnMTenbHOCTb UMNYNBCA, MKC . . . .. oo v v i e el 3 output ... ... 5-8
output [2]
5
LnMTenbHOCTb UMNYNBCA, MKC . . . .. oo v v i e el 3 output ... ... 5-8
output [3]
-8
LnMTenbHOCTb UMNYNBCA, MKC . . . .. oo v v i e el 3 output ... ... 5-8
voltage (ACorDC),V [1]
57 V
Hanpsbkenune Hakana (~uvwnn =),B .............. 5,7-7 Heater voltage (ACorDC),V ................... 5.7-7
voltage (ACorDC),V [2]
-7 V
Hanpsbkenune Hakana (~uvwnn =),B .............. 5,7-7 Heater voltage (ACorDC),V ................... 5.7-7
voltage (ACorDC),V [3]
5.7 V
Hanpsbkenune Hakana (~uvwnn =),B .............. 5,7-7 Heater voltage (ACorDC),V ................... 5.7-7
voltage (ACorDC),V [4]
-7 V
Hanpsbkenune Hakana (~uvwnn =),B .............. 5,7-7 Heater voltage (ACorDC),V ................... 5.7-7
voltage, V
8 V
Havbonbluee Hanps>xeHve hopcupoBaH- Maximum speed-up heater voltage, V. ............ 8
voltage (DC), kV [1]
8 kV
HOrOHakana, B ....... ... ... . 8 Anode voltage (DC), kV .. ... ... ... ........ 4
voltage (DC), kV [2]
4 kV
HOrOHakana, B ....... ... ... . 8 Anode voltage (DC), kV .. ... ... ... ........ 4
voltage, V [1]
4 V
TOSHHOE, KB .. ... ....... ... ... 4 Peak grid 1 excess voltage, V. .................. 100
voltage, V [2]
1 V
TOSHHOE, KB .. ... ....... ... ... 4 Peak grid 1 excess voltage, V. .................. 100
voltage, V [3]
100 V
TOSHHOE, KB .. ... ....... ... ... 4 Peak grid 1 excess voltage, V. .................. 100
Dissipation, W
9 W
poR, MOCTORHHOE, KB ... ... ... ... ... ... .. .... 0,9 Dissipation, W:
anode
9
Haunbonblwee HanpshkeHue ceTku anode . ... ... 9
grid [1]
1
Hanbonbliee HanpsKeHUe CeTKU grid 1 .o 1
grid [2]
1
Hanbonbliee HanpsKeHUe CeTKU grid 1 .o 1
pulse duration, us
10 us
PaccenBaemasn HanbonbLLasA MOLWHOCTb, BT: Maximum pulse duration, us ................... 10
temperature,°C [1]
9 C
AHOAOM ..o vititat et 9 Bulb temperature,°C .......... .. ... .. .. 250
temperature,°C [2]
250 C
AHOAOM ..o vititat et 9 Bulb temperature,°C .......... .. ... .. .. 250
heater, V [1]
18 V
CETKOM BTOPOM . . o e oottt i i e ns 1,8 Voltage between cathode and heater, V.. ... ... .. .. —20to +100
heater, V [2]
-20 V
CETKOM BTOPOM . . o e oottt i i e ns 1,8 Voltage between cathode and heater, V.. ... ... .. .. —20to +100
heater, V [3]
100 V
CETKOM BTOPOM . . o e oottt i i e ns 1,8 Voltage between cathode and heater, V.. ... ... .. .. —20to +100
frequency [1]
666 Hz
pulse frequency 666 Hz; _1 IR
frequency [2]
1 Hz
pulse frequency 666 Hz; _1 IR
current; —j: +
4 A
— — - — grid1 current; —j: +4 b bt fe e
current F4— ek S G S P S
2 A
L . grid 2 current F4— ek S G S P S
frequency [1]
71044 Hz
71044 == = — pulse frequency 666 Hz; 7
frequency [2]
666 Hz
71044 == = — pulse frequency 666 Hz; 7
frequency [3]
7 Hz
71044 == = — pulse frequency 666 Hz; 7
current
1 A
il =1 g - —. . anode current;
current [1]
1 A
] ] 1 - — _ _ _ grid 1 current;
current [2]
1 A
] ] 1 - — _ _ _ grid 1 current;
current
2 A
- grid 2 current
Voltage versus
1 V
Showing Grid 1 Cutoff Voltage versus
Voltage versus [1]
0 V
0 gt:svgw% I(t;aride 1 Cutoff Voltage versus 0
Voltage versus [2]
1 V
0 gt:svgw% I(t;aride 1 Cutoff Voltage versus 0
Voltage versus [3]
0 V
0 gt:svgw% I(t;aride 1 Cutoff Voltage versus 0