Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
MMnynecHbIn reHepaTopHbin Tpuog WN [1]
53
MMnynecHbIn reHepaTopHbin Tpuog WN-53 npep- The N'N-53 triode is used as a RF oscillator in ground-
MMnynecHbIn reHepaTopHbin Tpuog WN [2]
53
MMnynecHbIn reHepaTopHbin Tpuog WN-53 npep- The N'N-53 triode is used as a RF oscillator in ground-
grid; K [1]
2728
272,8-g43 A - anode; C —grid; K-
grid; K [2]
3
272,8-g43 A - anode; C —grid; K-
temperature,°C [1]
19600 C
OOMHOMHBIE . . . . . . . v v v v e et e 19600 Ambient temperature,°C . . . . .. ... ... ... —60to +125
temperature,°C [2]
-60 C
OOMHOMHBIE . . . . . . . v v v v e et e 19600 Ambient temperature,°C . . . . .. ... ... ... —60to +125
temperature,°C [3]
125 C
OOMHOMHBIE . . . . . . . v v v v e et e 19600 Ambient temperature,°C . . . . .. ... ... ... —60to +125
voltage (ACorDC),V [1]
18 V
HanpsxeHnne Hakana (~uwm =),B . . .. .. ... 1,8 Heater voltage (ACorDC),V . . . . . . .. .. ... 1.8
voltage (ACorDC),V [2]
1.8 V
HanpsxeHnne Hakana (~uwm =),B . . .. .. ... 1,8 Heater voltage (ACorDC),V . . . . . . .. .. ... 1.8
voltage,V [1]
150 V
Hanpsxxenne anopga, B . . . . . . ... ... .. .. 150 Anode voltage,V . . . . . ... ... ... 150
voltage,V [2]
150 V
Hanpsxxenne anopga, B . . . . . . ... ... .. .. 150 Anode voltage,V . . . . . ... ... ... 150
voltage, V
3 V
OTpuyarensHoe HanpsixeHue ceTku, B Negative grid voltage, V. . . . . . . ... ... ... 3
voltage
3 V
OTpuuyaTenbHOe HanpsHKeHne 3anupaHus Negative cutoff voltage (at anode voltage
current [1]
155 uA
(npwv Hanps>xeHun aHoga 1,55 kB, Toke 1.55 kV, anode current 200 uA), V, atmost . . . . . . 95
current [2]
1.55 uA
(npwv Hanps>xeHun aHoga 1,55 kB, Toke 1.55 kV, anode current 200 uA), V, atmost . . . . . . 95
current [3]
200 uA
(npwv Hanps>xeHun aHoga 1,55 kB, Toke 1.55 kV, anode current 200 uA), V, atmost . . . . . . 95
current [4]
95 uA
(npwv Hanps>xeHun aHoga 1,55 kB, Toke 1.55 kV, anode current 200 uA), V, atmost . . . . . . 95
current, mA [1]
200 mA
aHoga 200 mxA), B, He 6onee 95 Anode current, mA
current, mA [2]
6 mA
aHoga 200 mxA), B, He 6onee 95 Anode current, mA
current, mA [3]
95 mA
aHoga 200 mxA), B, He 6onee 95 Anode current, mA
voltage [1]
2 mA
TokaHoga,MA . . . . . . . . . .. .. ..., 2-7,2 Inverse grid current (at heater voltage 1.8V,
voltage [2]
-72 mA
TokaHoga,MA . . . . . . . . . .. .. ..., 2-7,2 Inverse grid current (at heater voltage 1.8V,
voltage [3]
1.8 mA
TokaHoga,MA . . . . . . . . . .. .. ..., 2-7,2 Inverse grid current (at heater voltage 1.8V,
voltage [1]
-3 V
Tok ceTkn obpaTHOM {Npv HAaNPsSHKEHUN grid voltage —3 V, anode voltage 150 V),
voltage [2]
150 V
Tok ceTkn obpaTHOM {Npv HAaNPsSHKEHUN grid voltage —3 V, anode voltage 150 V),
Mutual conductance, mA/V [1]
3 mA/V
3 B, Hanpsbkenuu aHoga 150 B), MKA, He 6onee . . . 20 Mutual conductance, mA/V . . . . . ... ... ...
Mutual conductance, mA/V [2]
150 mA/V
3 B, Hanpsbkenuu aHoga 150 B), MKA, He 6onee . . . 20 Mutual conductance, mA/V . . . . . ... ... ...
Mutual conductance, mA/V [3]
6 mA/V
3 B, Hanpsbkenuu aHoga 150 B), MKA, He 6onee . . . 20 Mutual conductance, mA/V . . . . . ... ... ...
Mutual conductance, mA/V [4]
20 mA/V
3 B, Hanpsbkenuu aHoga 150 B), MKA, He 6onee . . . 20 Mutual conductance, mA/V . . . . . ... ... ...
voltage [1]
1.8 V
MoLLHOCTL BbIXOAHASA B MMNYNbCe (Npu 1.8V, grid voltage — 100V, anode voltage
voltage [2]
100 V
MoLLHOCTL BbIXOAHASA B MMNYNbCe (Npu 1.8V, grid voltage — 100V, anode voltage
resistance [1]
18 ohm
HanpspkeHny Hakana 1,8 B, npy Hanps>keHwn 1.55kV, peak grid voitage 120 V, resistance
resistance [2]
1.55 ohm
HanpspkeHny Hakana 1,8 B, npy Hanps>keHwn 1.55kV, peak grid voitage 120 V, resistance
resistance [3]
120 ohm
HanpspkeHny Hakana 1,8 B, npy Hanps>keHwn 1.55kV, peak grid voitage 120 V, resistance
frequency [1]
100 MHz
ceTku mmHyc 100 B, HanpsixeHun aHoaa 10 Q in cathode circuit, frequency 900 MHz,
frequency [2]
10 MHz
ceTku mmHyc 100 B, HanpsixeHun aHoaa 10 Q in cathode circuit, frequency 900 MHz,
frequency [3]
900 MHz
ceTku mmHyc 100 B, HanpsixeHun aHoaa 10 Q in cathode circuit, frequency 900 MHz,
pulse duration [1]
155 us
1,55 kB, Hanpsi>xeHUn ceTKn B MMNynbce pulse duration 3 us, 1/duty factor 300),
pulse duration [2]
3 us
1,55 kB, Hanpsi>xeHUn ceTKn B MMNynbce pulse duration 3 us, 1/duty factor 300),
pulse duration [3]
1 us
1,55 kB, Hanpsi>xeHUn ceTKn B MMNynbce pulse duration 3 us, 1/duty factor 300),
pulse duration [4]
300 us
1,55 kB, Hanpsi>xeHUn ceTKn B MMNynbce pulse duration 3 us, 1/duty factor 300),
Interelectrode capacitance, pF
900 pF
yacToTe 900 My, ANnTenbHOCTU MMNyJsibca Interelectrode capacitance, pF:
input [1]
3
3 MKC U ckBaxkHOCTH 300), BT, He menee . . . . . . . input . . ... 5-8.5
input [2]
300
3 MKC U ckBaxkHOCTH 300), BT, He menee . . . . . . . input . . ... 5-8.5
input [3]
5
3 MKC U ckBaxkHOCTH 300), BT, He menee . . . . . . . input . . ... 5-8.5
input [4]
-8.5
3 MKC U ckBaxkHOCTH 300), BT, He menee . . . . . . . input . . ... 5-8.5
output,atmost . . . .. ... L L
0.3
Mex2anexkTpogHste emkocTh, nd: output,atmost . . . .. ... L L 0.3
voltage (DC), kV
1.6 kV
Haubonbluee Hanpskenue aHoga (=), xB . . . . . . Anode voltage (DC), kV . . . . . . ... ... .... 1.6
voltage (DC),V
-200 V
Haubonbluee Hanpskenne cetkn (=), B . . . . . . . Grid voltage (DC),V . . . . . ... .. ... .... —200
voltage (negative overshoot)
0 V
AmMnynbcHoe HanpsixkeHwe ceTku (0Tpu- Peak grid voltage (negative overshoot)
Dissipation, W
150 W
nMnynscaHe boneeimke, B . . . . . . . ... ... 150 Dissipation, W:
anode (withheatsink)
10
PacceuBaemasn Hanbonbluast MOLLHOCTb, BT: anode (withheatsink) . . . . ... ... ..... 10
anode [1]
10
aHOAOM (C paanaTopom) 10 anode . . . ... ... 6
anode [2]
6
aHOAOM (C paanaTopom) 10 anode . . . ... ... 6
grid
0.5
GHOAOM . . . . . . . e e grid . . ... 0.5
pulse duration
5 A
CETKOWh 0,5 Peak anode current at pulse duration
Hanbonbiunia TOK aHoaa [1]
8
Hanbonbiunia TOK aHoaa 8 MMNynbce npw 3usand 1/duty factor 300, A . . . . ... ... ... 2
Hanbonbiunia TOK aHoaa [2]
3
Hanbonbiunia TOK aHoaa 8 MMNynbce npw 3usand 1/duty factor 300, A . . . . ... ... ... 2
Hanbonbiunia TOK aHoaa [3]
1
Hanbonbiunia TOK aHoaa 8 MMNynbce npw 3usand 1/duty factor 300, A . . . . ... ... ... 2
Hanbonbiunia TOK aHoaa [4]
300
Hanbonbiunia TOK aHoaa 8 MMNynbce npw 3usand 1/duty factor 300, A . . . . ... ... ... 2
Hanbonbiunia TOK aHoaa [5]
2
Hanbonbiunia TOK aHoaa 8 MMNynbce npw 3usand 1/duty factor 300, A . . . . ... ... ... 2
pulse duration
3 A
ANUTENLHOCTU UMNYILCA 3 MKC U CKBAXKHOCTM Peak cathode current at pulse duration
Published electrical value [1]
300
300,A . . ... e 3 us and 1/duty factor 300, A . . . . . .. ... ... 25
Published electrical value [2]
3
300,A . . ... e 3 us and 1/duty factor 300, A . . . . . .. ... ... 25
Published electrical value [3]
1
300,A . . ... e 3 us and 1/duty factor 300, A . . . . . .. ... ... 25
Published electrical value [4]
300
300,A . . ... e 3 us and 1/duty factor 300, A . . . . . .. ... ... 25
Published electrical value [5]
25
300,A . . ... e 3 us and 1/duty factor 300, A . . . . . .. ... ... 25
pulse durationus
3.3 us
Haw6onbLuwnii TOK KaToAa B UMNYNbce Npu Maximum pulse durationus . . . .. ... ... .. 3.3
wavelength,cm [1]
3 cm
ANUTENBHOCTA MMNYNBECA 3 MKC 1 CKBaXX- Maximum wavelength,cm . . . . .. ... ... .. 15
wavelength,cm [2]
1 cm
ANUTENBHOCTA MMNYNBECA 3 MKC 1 CKBaXX- Maximum wavelength,cm . . . . .. ... ... .. 15
wavelength,cm [3]
15 cm
ANUTENBHOCTA MMNYNBECA 3 MKC 1 CKBaXX- Maximum wavelength,cm . . . . .. ... ... .. 15
temperature,°C [1]
33 C
Hav6onbuian ANUTeNbHOCTb UMNYILCA, MKC 3,3 Anode seal temperature,°C . . . . ... ... ... 200
temperature,°C [2]
200 C
Hav6onbuian ANUTeNbHOCTb UMNYILCA, MKC 3,3 Anode seal temperature,°C . . . . ... ... ... 200
grid circuit, k@ [1]
15 ohm
Hau6onblas anvya BoNHbLI, CM 15 Resistance in grid circuit, k@ . . . . . ... ... .. 1
grid circuit, k@ [2]
1 ohm
Hau6onblas anvya BoNHbLI, CM 15 Resistance in grid circuit, k@ . . . . . ... ... .. 1