Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
power amplifier [1]
426 W
UMnynbCHbIA reHepaTopHbid Tpuog 'N-426 npeg- The N'N-426 triode is used as a RF power amplifier.
power amplifier [2]
426 W
UMnynbCHbIA reHepaTopHbid Tpuog 'N-426 npeg- The N'N-426 triode is used as a RF power amplifier.
grid
1
:1, Kzo-:’cathode; C —grid;
temperature,°C . . . . . ... ... —~ [1]
60 C
Temneparypa okpyxatower cpeas!, °C . . . . . . . Ambient temperature,°C . . . . . ... ... —~60to +55
temperature,°C . . . . . ... ... —~ [2]
55 C
Temneparypa okpyxatower cpeas!, °C . . . . . . . Ambient temperature,°C . . . . . ... ... —~60to +55
voltage (ACorDC),V [1]
14 V
HanpsxxeHnue Hakana (~umm=),B . . . . . .... 14 Filament voltage (ACorDC),V . . . . . . .. .. .. 14
voltage (ACorDC),V [2]
14 V
HanpsxxeHnue Hakana (~umm=),B . . . . . .... 14 Filament voltage (ACorDC),V . . . . . . .. .. .. 14
voltage [1]
3 kV
ceTku oTpulatensHom 0,3 KB, Hanps>keHum voltage 0.3 kV, excess voltage 1.5kV), A,
voltage [2]
0.3 kV
ceTku oTpulatensHom 0,3 KB, Hanps>keHum voltage 0.3 kV, excess voltage 1.5kV), A,
voltage [3]
1.5 kV
ceTku oTpulatensHom 0,3 KB, Hanps>keHum voltage 0.3 kV, excess voltage 1.5kV), A,
current0 [1]
10 A
(npu HanpsbkeHn aHopa 10 kB, Toke 10kV, anode current0.1 A),V . . . .. ... .... 300-500
current0 [2]
10 A
(npu HanpsbkeHn aHopa 10 kB, Toke 10kV, anode current0.1 A),V . . . .. ... .... 300-500
current0 [3]
1 A
(npu HanpsbkeHn aHopa 10 kB, Toke 10kV, anode current0.1 A),V . . . .. ... .... 300-500
current0 [4]
300 A
(npu HanpsbkeHn aHopa 10 kB, Toke 10kV, anode current0.1 A),V . . . .. ... .... 300-500
current0 [5]
-500 A
(npu HanpsbkeHn aHopa 10 kB, Toke 10kV, anode current0.1 A),V . . . .. ... .... 300-500
voltage [1]
1 uS
aHopna 0,1ALB . . . . ... ... ... ... 300-500 Mutual conductance (at anode voltage
voltage [2]
300 uS
aHopna 0,1ALB . . . . ... ... ... ... 300-500 Mutual conductance (at anode voltage
voltage [3]
-500 uS
aHopna 0,1ALB . . . . ... ... ... ... 300-500 Mutual conductance (at anode voltage
currents [1]
4 mA
KpyTusHa xapaKkTepucTiiu (Npy HanpspkeHun 4 kV, anode currents 2.5 and 4.5 A), mA/V . . . . .. 70-100
currents [2]
2.5 mA
KpyTusHa xapaKkTepucTiiu (Npy HanpspkeHun 4 kV, anode currents 2.5 and 4.5 A), mA/V . . . . .. 70-100
currents [3]
4.5 mA
KpyTusHa xapaKkTepucTiiu (Npy HanpspkeHun 4 kV, anode currents 2.5 and 4.5 A), mA/V . . . . .. 70-100
currents [4]
70 mA
KpyTusHa xapaKkTepucTiiu (Npy HanpspkeHun 4 kV, anode currents 2.5 and 4.5 A), mA/V . . . . .. 70-100
currents [5]
-100 mA
KpyTusHa xapaKkTepucTiiu (Npy HanpspkeHun 4 kV, anode currents 2.5 and 4.5 A), mA/V . . . . .. 70-100
anode [1]
4
aHopa 4 kB, Tokax aHopa2,5M4,5A),MA/B . . . . . 70-100 Static amplification factor (at anode
anode [2]
5
aHopa 4 kB, Tokax aHopa2,5M4,5A),MA/B . . . . . 70-100 Static amplification factor (at anode
anode [3]
5
aHopa 4 kB, Tokax aHopa2,5M4,5A),MA/B . . . . . 70-100 Static amplification factor (at anode
anode [4]
70
aHopa 4 kB, Tokax aHopa2,5M4,5A),MA/B . . . . . 70-100 Static amplification factor (at anode
anode [5]
-100
aHopa 4 kB, Tokax aHopa2,5M4,5A),MA/B . . . . . 70-100 Static amplification factor (at anode
current4 [1]
3 A
KoadhchmuumeHT yeuneHuns ctatuieckni voltages 3 and 4 kV, anode current4.5A) . . .. .. 25-35
current4 [2]
4 A
KoadhchmuumeHT yeuneHuns ctatuieckni voltages 3 and 4 kV, anode current4.5A) . . .. .. 25-35
current4 [3]
5 A
KoadhchmuumeHT yeuneHuns ctatuieckni voltages 3 and 4 kV, anode current4.5A) . . .. .. 25-35
current4 [4]
25 A
KoadhchmuumeHT yeuneHuns ctatuieckni voltages 3 and 4 kV, anode current4.5A) . . .. .. 25-35
current4 [5]
-35 A
KoadhchmuumeHT yeuneHuns ctatuieckni voltages 3 and 4 kV, anode current4.5A) . . .. .. 25-35
power, MW, atleast [1]
3 W
(npw Hanpsbkenunsax aHoaa 3 u 4 kB, Peak output power, MW, atleast . . . . . . .... 35
power, MW, atleast [2]
4 W
(npw Hanpsbkenunsax aHoaa 3 u 4 kB, Peak output power, MW, atleast . . . . . . .... 35
power, MW, atleast [3]
35 W
(npw Hanpsbkenunsax aHoaa 3 u 4 kB, Peak output power, MW, atleast . . . . . . .... 35
Interelectrode capacitance, pF [1]
5 pF
Toke aHoga45A) . .. ... ... ... 25-35 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
25 pF
Toke aHoga45A) . .. ... ... ... 25-35 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [3]
-35 pF
Toke aHoga45A) . .. ... ... ... 25-35 Interelectrode capacitance, pF:
input [1]
156
MowHocTs BbIXogHas B umnynbce, MBT, input . . ... 156—190
input [2]
-190
MowHocTs BbIXogHas B umnynbce, MBT, input . . ... 156—190
output,atmost [1]
35
HEMEHBE . . . . . . . . e v v e i e 35 output,atmost . . . .. ... ... 0L L 4
output,atmost [2]
0
HEMEHBE . . . . . . . . e v v e i e 35 output,atmost . . . .. ... ... 0L L 4
output,atmost [3]
4
HEMEHBE . . . . . . . . e v v e i e 35 output,atmost . . . .. ... ... 0L L 4
voltage, kV [1]
3 kV
(amMnnuTygHOe 3HadeHwe), A . . . . . . L L L L L L. 1180 Peak anode voltage, kV . . . . . . .. ... ... ..
voltage, kV [2]
1180 kV
(amMnnuTygHOe 3HadeHwe), A . . . . . . L L L L L L. 1180 Peak anode voltage, kV . . . . . . .. ... ... ..
grid [1]
18
QHOZAOM . . . . . . e e 18-10° grid . . ...
grid [2]
-10
QHOZAOM . . . . . . e e 18-10° grid . . ...
frequency, MHz
800 MHz
CETKOM . . . . . . . ot i 800 Operating frequency, MHz . . . . .. ... ... ..
pulse duration, us
200 us
Haubonbwasn paboyas yactora, My, . . . . . . .. 200 Maximum pulse duration, us . . . . . ... .. ...
temperature,°C
180 C
HawmeHbluee BpeMsa rotoBHOCTH, C . . . . . . . . . 180 Anode temperature,°C . . . . ... ... ......
grid
20
S S e =g=cngdSRR Y grid 20+ e e
anode; a7 [1]
0
—_— anode; a7 0% 0& 12 15 20 e
anode; a7 [2]
0
—_— anode; a7 0% 0& 12 15 20 e
anode; a7 [3]
12
—_— anode; a7 0% 0& 12 15 20 e
anode; a7 [4]
15
—_— anode; a7 0% 0& 12 15 20 e
anode; a7 [5]
20
—_— anode; a7 0% 0& 12 15 20 e