Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Tetrode
Other
pulse N [1]
32
The TMWN-32B6-1 tetrode is used as a pulse N
pulse N [2]
-1
The TMWN-32B6-1 tetrode is used as a pulse N
cathode and [1]
25
B125+ z5 1 - grid 2; 2 - cathode and
cathode and [2]
1
B125+ z5 1 - grid 2; 2 - cathode and
cathode and [3]
2
B125+ z5 1 - grid 2; 2 - cathode and
cathode and [4]
2
B125+ z5 1 - grid 2; 2 - cathode and
grid [1]
3
heater; 3 — heater; 4 — grid
grid [2]
4
heater; 3 — heater; 4 — grid
anode
1
1; A-anode
temperature,°C [1]
392 C
C yCKOpeHnem, m/c? 392 Ambient temperature,°C . ........ ... ....... .. —60to +85
temperature,°C [2]
-60 C
C yCKOpeHnem, m/c? 392 Ambient temperature,°C . ........ ... ....... .. —60to +85
temperature,°C [3]
85 C
C yCKOpeHnem, m/c? 392 Ambient temperature,°C . ........ ... ....... .. —60to +85
voltage (ACorDC),V [1]
27 V
HanpsxeHnve Hakana (~ vunu =), B 27 Heater voltage (ACorDC),V ................... 27
voltage (ACorDC),V [2]
27 V
HanpsxeHnve Hakana (~ vunu =), B 27 Heater voltage (ACorDC),V ................... 27
grid [1]
4 A
Tok aHoAa B MMynbce (NP HaNPSXKeHWsX aHoga Peak anode current (at anode voltage 4 kV, grid 2
grid [2]
2 A
Tok aHoAa B MMynbce (NP HaNPSXKeHWsX aHoga Peak anode current (at anode voltage 4 kV, grid 2
voltage [1]
4 kV
4 kB, ceTkun BTOpOM 2,75 KB, CcMeLeHnn voltage 2.75 kV, bias voltage —850 V,
voltage [2]
275 kV
4 kB, ceTkun BTOpOM 2,75 KB, CcMeLeHnn voltage 2.75 kV, bias voltage —850 V,
voltage [3]
2.75 kV
4 kB, ceTkun BTOpOM 2,75 KB, CcMeLeHnn voltage 2.75 kV, bias voltage —850 V,
voltage [4]
-850 kV
4 kB, ceTkun BTOpOM 2,75 KB, CcMeLeHnn voltage 2.75 kV, bias voltage —850 V,
voltage [1]
850 pF
mMuHyc 850 B, ceTku nepsoid B MMNynbce peak grid 1 voltage 270 V, reservoir capacitor
voltage [2]
1 pF
mMuHyc 850 B, ceTku nepsoid B MMNynbce peak grid 1 voltage 270 V, reservoir capacitor
voltage [3]
270 pF
mMuHyc 850 B, ceTku nepsoid B MMNynbce peak grid 1 voltage 270 V, reservoir capacitor
anode circuit), A, atleast [1]
270
270 B, HakonuTenbHO% eMKOCTH B Lienu 5 uF in anode circuit), A, atleast ................ 100
anode circuit), A, atleast [2]
5
270 B, HakonuTenbHO% eMKOCTH B Lienu 5 uF in anode circuit), A, atleast ................ 100
anode circuit), A, atleast [3]
100
270 B, HakonuTenbHO% eMKOCTH B Lienu 5 uF in anode circuit), A, atleast ................ 100
voltage [1]
5 A
aHoga 5 Mk®), A, He MeHee 100 Peak grid 1 current (at anode voltage 4 kV,
voltage [2]
100 A
aHoga 5 Mk®), A, He MeHee 100 Peak grid 1 current (at anode voltage 4 kV,
voltage [3]
1 A
aHoga 5 Mk®), A, He MeHee 100 Peak grid 1 current (at anode voltage 4 kV,
voltage [4]
4 A
aHoga 5 Mk®), A, He MeHee 100 Peak grid 1 current (at anode voltage 4 kV,
voltage [1]
2 kV
Tok CeTKV NepBoit B UMMy nbce grid 2 voltage 2.75 kV, bias voltage —850 V,
voltage [2]
2.75 kV
Tok CeTKV NepBoit B UMMy nbce grid 2 voltage 2.75 kV, bias voltage —850 V,
voltage [3]
-850 kV
Tok CeTKV NepBoit B UMMy nbce grid 2 voltage 2.75 kV, bias voltage —850 V,
voltage [1]
4 pF
(Npw HanpsbxeHusix aHoaa 4 KB, peak grid 1 voltage 270 V, reservoir capacitor
voltage [2]
1 pF
(Npw HanpsbxeHusix aHoaa 4 KB, peak grid 1 voltage 270 V, reservoir capacitor
voltage [3]
270 pF
(Npw HanpsbxeHusix aHoaa 4 KB, peak grid 1 voltage 270 V, reservoir capacitor
anode circuit), A,atmost [1]
275
ceTku BTOpon 2,75 kB, cmeweHns 5 uF in anode circuit), A,atmost . ............... 15
anode circuit), A,atmost [2]
5
ceTku BTOpon 2,75 kB, cmeweHns 5 uF in anode circuit), A,atmost . ............... 15
anode circuit), A,atmost [3]
15
ceTku BTOpon 2,75 kB, cmeweHns 5 uF in anode circuit), A,atmost . ............... 15
grid [1]
850 A
MuHyc 850 B, ceTku nepBoi B Peak grid 2 current (at anode voltage 4 kV, grid 2
grid [2]
2 A
MuHyc 850 B, ceTku nepBoi B Peak grid 2 current (at anode voltage 4 kV, grid 2
grid [3]
4 A
MuHyc 850 B, ceTku nepBoi B Peak grid 2 current (at anode voltage 4 kV, grid 2
grid [4]
2 A
MuHyc 850 B, ceTku nepBoi B Peak grid 2 current (at anode voltage 4 kV, grid 2
grid [1]
270 kV
nmnyrsce 270 B, HakonuTensHON eMKOCTH voltage 2.75 kV, bias voltage —850 V, peak grid 1
grid [2]
2.75 kV
nmnyrsce 270 B, HakonuTensHON eMKOCTH voltage 2.75 kV, bias voltage —850 V, peak grid 1
grid [3]
-850 kV
nmnyrsce 270 B, HakonuTensHON eMKOCTH voltage 2.75 kV, bias voltage —850 V, peak grid 1
grid [4]
1 kV
nmnyrsce 270 B, HakonuTensHON eMKOCTH voltage 2.75 kV, bias voltage —850 V, peak grid 1
anode [1]
5 pF
B Lenu aHoaa 5 Mkd), A, He bonee voltage 270 V, reservoir capacitor 5 uF in anode
anode [2]
270 pF
B Lenu aHoaa 5 Mkd), A, He bonee voltage 270 V, reservoir capacitor 5 uF in anode
anode [3]
5 pF
B Lenu aHoaa 5 Mkd), A, He bonee voltage 270 V, reservoir capacitor 5 uF in anode
voltage [1]
4 kV
(npu HanpsixxeHnax aHoga 4 kB, Negative cutoff voltage (at anode voltage 44 kV,
voltage [2]
44 kV
(npu HanpsixxeHnax aHoga 4 kB, Negative cutoff voltage (at anode voltage 44 kV,
voltage [1]
275 pF
CeTKU BTOPOW 2,75 KB, cmelleHns grid 2 voltage 2.75 kV, reservoir capacitor 0.25 u
voltage [2]
2 pF
CeTKU BTOPOW 2,75 KB, cmelleHns grid 2 voltage 2.75 kV, reservoir capacitor 0.25 u
voltage [3]
2.75 pF
CeTKU BTOPOW 2,75 KB, cmelleHns grid 2 voltage 2.75 kV, reservoir capacitor 0.25 u
voltage [4]
0.25 pF
CeTKU BTOPOW 2,75 KB, cmelleHns grid 2 voltage 2.75 kV, reservoir capacitor 0.25 u
anode circuit), atmost [1]
850
MuHyc 850 B, ceTku nepBoit B umnynbce 270 B, in anode circuit), atmost . .. ......
anode circuit), atmost [2]
270
MuHyc 850 B, ceTku nepBoit B umnynbce 270 B, in anode circuit), atmost . .. ......
heating time, s,atmost [1]
5 s
HaKoNUTebHOM eMKOCTU B Lieny aHoAa 5 MkD), Cathode heating time, s,atmost ................ 180
heating time, s,atmost [2]
180 s
HaKoNUTebHOM eMKOCTU B Lieny aHoAa 5 MkD), Cathode heating time, s,atmost ................ 180
Interelectrode capacitance, pF
6 pF
A, He 6onee Interelectrode capacitance, pF:
input [1]
3
HanpsbkeHue 3anupaHus oTpuLarenibHoe input .. .. 140-180
input [2]
140
HanpsbkeHue 3anupaHus oTpuLarenibHoe input .. .. 140-180
input [3]
-180
HanpsbkeHue 3anupaHus oTpuLarenibHoe input .. .. 140-180
output [1]
44
(npu HanpshkeHunx aHoaa 44 kB, ceTku output .. ... 20-33
output [2]
20
(npu HanpshkeHunx aHoaa 44 kB, ceTku output .. ... 20-33
output [3]
-33
(npu HanpshkeHunx aHoaa 44 kB, ceTku output .. ... 20-33
voltage (ACorDC),V [1]
243 V
Hanpsbkenve Hakana (~wnm =),B .............. 24,3-29,7 Heater voltage (ACorDC),V ................... 24.3-29.7
voltage (ACorDC),V [2]
-297 V
Hanpsbkenve Hakana (~wnm =),B .............. 24,3-29,7 Heater voltage (ACorDC),V ................... 24.3-29.7
voltage (ACorDC),V [3]
24.3 V
Hanpsbkenve Hakana (~wnm =),B .............. 24,3-29,7 Heater voltage (ACorDC),V ................... 24.3-29.7
voltage (ACorDC),V [4]
-29.7 V
Hanpsbkenve Hakana (~wnm =),B .............. 24,3-29,7 Heater voltage (ACorDC),V ................... 24.3-29.7
voltage, KV ........ ... ... ... i [1]
40 kV
Haubonblwee nanpsxenue aHoga, kB ............ 40 Anode voltage, KV ........ ... ... ... i 40
voltage, KV ........ ... ... ... i [2]
40 kV
Haubonblwee nanpsxenue aHoga, kB ............ 40 Anode voltage, KV ........ ... ... ... i 40
voltage, absolute value, V [1]
275 V
BTOPOW, KB ... ... ... ... .. 2,75 Bias voltage, absolute value, V. ... .............. -850
voltage, absolute value, V [2]
-850 V
BTOPOW, KB ... ... ... ... .. 2,75 Bias voltage, absolute value, V. ... .............. -850
voltage, V
1 V
Hanbonbluee HanpsXXeHne CMeLeHUs Grid 1 excessvoltage, V. .......
Dissipation, W
-850 W
(no abconioTHoM BenmumnKe), B ... -850 Dissipation, W:
anode [1]
2
Haubonbluee Hanps>xeHue NpesbiLlLeHnst anode . ... 2:10°
anode [2]
10
Haubonbluee Hanps>xeHue NpesbiLlLeHnst anode . ... 2:10°
grid [1]
1
PacceuBaemas HaunbonbLIas MOWHOCTb, BT: grid 1 .. 7
grid [2]
7
PacceuBaemas HaunbonbLIas MOWHOCTb, BT: grid 1 .. 7
current, A,atmost [1]
2 A
aHOAOM . ....... P 2:10° Heater starting current, A,atmost ............... 20
current, A,atmost [2]
10 A
aHOAOM . ....... P 2:10° Heater starting current, A,atmost ............... 20
current, A,atmost [3]
20 A
aHOAOM . ....... P 2:10° Heater starting current, A,atmost ............... 20
current at [1]
35 A
CETKOM BTOPOM ..o vetvi i e i aniass 35 Peak cathode current at 1/duty factor 200, A .. ... .. 59
current at [2]
1 A
CETKOM BTOPOM ..o vetvi i e i aniass 35 Peak cathode current at 1/duty factor 200, A .. ... .. 59
current at [3]
200 A
CETKOM BTOPOM ..o vetvi i e i aniass 35 Peak cathode current at 1/duty factor 200, A .. ... .. 59
current at [4]
59 A
CETKOM BTOPOM ..o vetvi i e i aniass 35 Peak cathode current at 1/duty factor 200, A .. ... .. 59
anode
1
Haubonbwuii TOk kaToaa B UMNynLce Minimum 1/duty factor at peak anode
current [1]
200 A
NPU CKBAXKHOCTN 200, A .. ... .. ... ... ... .. 59 current 100 A ... ... . e 500
current [2]
59 A
NPU CKBAXKHOCTN 200, A .. ... .. ... ... ... .. 59 current 100 A ... ... . e 500
current [3]
100 A
NPU CKBAXKHOCTN 200, A .. ... .. ... ... ... .. 59 current 100 A ... ... . e 500
current [4]
500 A
NPU CKBAXKHOCTN 200, A .. ... .. ... ... ... .. 59 current 100 A ... ... . e 500
anode, bulb and stem,°C [1]
180 C
. 180 Temperature at anode, bulb and stem,°C ......... 150
anode, bulb and stem,°C [2]
150 C
. 180 Temperature at anode, bulb and stem,°C ......... 150
Grid
1
’l’ls Averaged Characteristic Curves Showing Grid 1 N
Voltage [1]
18 V
I Cutoff Voltage versus Anode Voltage 18 750 \\\ 173
Voltage [2]
750 V
I Cutoff Voltage versus Anode Voltage 18 750 \\\ 173
Voltage [3]
173 V
I Cutoff Voltage versus Anode Voltage 18 750 \\\ 173