Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
power amplification at [1]
68 W
leHepaTopHbin Tprog MNY-68A npepgHasHadeH Ans The I'Y-68A triode is used for power amplification at
power amplification at [2]
68 W
leHepaTopHbin Tprog MNY-68A npepgHasHadeH Ans The I'Y-68A triode is used for power amplification at
anode [1]
24
Mass: at most 24 kg. M @G0+ 15 A -anode
anode [2]
15
Mass: at most 24 kg. M @G0+ 15 A -anode
temperature,°C [1]
-10 C
TemnepaTypa okpyxatouen cpeas!, °C . .......... -10—-+55 Ambient temperature,°C ...................... —10t0 +55
temperature,°C [2]
55 C
TemnepaTypa okpyxatouen cpeas!, °C . .......... -10—-+55 Ambient temperature,°C ...................... —10t0 +55
temperature,°C [3]
-10 C
TemnepaTypa okpyxatouen cpeas!, °C . .......... -10—-+55 Ambient temperature,°C ...................... —10t0 +55
temperature,°C [4]
55 C
TemnepaTypa okpyxatouen cpeas!, °C . .......... -10—-+55 Ambient temperature,°C ...................... —10t0 +55
voltage
1 uS
KpyTusHa xapakTepucTuku (Npy HanpshkeHun Mutual conductance (at anode voltage 1 kV,
currents [1]
1 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
currents [2]
10 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
currents [3]
10 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
currents [4]
14 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
currents [5]
115 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
currents [6]
-145 mA
aHoga 1 kB, Tokax aHopa 10m anode currents 10and 14 A), mA/V .............. 115-145
anode voitage [1]
14
14A),MAB . ... . . 115-145 Gain coefficient (at anode voitage 1 and
anode voitage [2]
115
14A),MAB . ... . . 115-145 Gain coefficient (at anode voitage 1 and
anode voitage [3]
-145
14A),MAB . ... . . 115-145 Gain coefficient (at anode voitage 1 and
anode voitage [4]
1
14A),MAB . ... . . 115-145 Gain coefficient (at anode voitage 1 and
grid [1]
1 A
aHoga 1 n2 kB, Tokeanoga 10A) .. ............. 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [2]
10 A
aHoga 1 n2 kB, Tokeanoga 10A) .. ............. 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [3]
30 A
aHoga 1 n2 kB, Tokeanoga 10A) .. ............. 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [4]
-38 A
aHoga 1 n2 kB, Tokeanoga 10A) .. ............. 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [5]
300 mA
aHoga 1 n2 kB, Tokeanoga 10A) .. ............. 30-38 Anode current (at anode voltage 0.3 kV, grid
voltage [1]
3 V
Tok aHoga (Npy HanpskeHusx aHoaa 0,3 kB, voltage 100 V), A, atleast . .. ................... 8
voltage [2]
100 V
Tok aHoga (Npy HanpskeHusx aHoaa 0,3 kB, voltage 100 V), A, atleast . .. ................... 8
voltage [3]
8 V
Tok aHoga (Npy HanpskeHusx aHoaa 0,3 kB, voltage 100 V), A, atleast . .. ................... 8
anode [1]
100 kV
ceTkn 100 B), A,HemMeHee . .................... 8 Negative cutoff voltage (at anode voltage 10 kV, anode
anode [2]
8 kV
ceTkn 100 B), A,HemMeHee . .................... 8 Negative cutoff voltage (at anode voltage 10 kV, anode
anode [3]
10 kV
ceTkn 100 B), A,HemMeHee . .................... 8 Negative cutoff voltage (at anode voltage 10 kV, anode
current [1]
100 mA
HanpsipkeHune sanupaHus oTpuyaTensHoe (npu current 0.1 A), absolute value, V,atmost . ......... 400
current [2]
400 A
HanpsipkeHune sanupaHus oTpuyaTensHoe (npu current 0.1 A), absolute value, V,atmost . ......... 400
Interelectrode capacitance, pF [1]
10 pF
HanpsbxeHun aHoaa 10 kKB, Toke aHona 0,1 A), Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
1 pF
HanpsbxeHun aHoaa 10 kKB, Toke aHona 0,1 A), Interelectrode capacitance, pF:
input,atmost [1]
3
abconoTHoe 3HayeHwe, B,He Gonee . ... ...... ... 400 input,atmost ..........
input,atmost [2]
400
abconoTHoe 3HayeHwe, B,He Gonee . ... ...... ... 400 input,atmost ..........
output,atmost
6
MexxaneKTpogHbie emkocTu, nd, He 6ornee: output,atmost ..........
voltage (ACorDC),V [1]
19 V
HanpsixeHue Hakana (nepeMeHHoe unm Filament voltage (ACorDC),V ................. 19-21
voltage (ACorDC),V [2]
-21 V
HanpsixeHue Hakana (nepeMeHHoe unm Filament voltage (ACorDC),V ................. 19-21
voltage (DC), kV [1]
19 kV
nocTosHHOE), B . .. ... ... ... ... 19-21 Anode voltage (DC), kV ....... ... ... ... ...... 12
voltage (DC), kV [2]
-21 kV
nocTosHHOE), B . .. ... ... ... ... 19-21 Anode voltage (DC), kV ....... ... ... ... ...... 12
voltage (DC), kV [3]
12 kV
nocTosHHOE), B . .. ... ... ... ... 19-21 Anode voltage (DC), kV ....... ... ... ... ...... 12
voltage, absolute value, kV
1.5 kV
Hanpsixexue, kB: Cutoff voltage, absolute value, kV ............... 1.5
current, A [1]
12 A
aHOAa (NOCTOAHHOE) . ... ... 12 Filament startingcurrent, A . ................ ... 450
current, A [2]
450 A
aHOAa (NOCTOAHHOE) . ... ... 12 Filament startingcurrent, A . ................ ... 450
Dissipation, kW
3 kW
3anuparnst oTpuLaTenbHoe Dissipation, kW:
anode [1]
3
(a6COMIOTHOE 3HAYEHNE) . ... ... ............ 1,5 anode . ... 130
anode [2]
15
(a6COMIOTHOE 3HAYEHNE) . ... ... ............ 1,5 anode . ... 130
anode [3]
130
(a6COMIOTHOE 3HAYEHNE) . ... ... ............ 1,5 anode . ... 130
frequency, MHz
30 MHz
Paccensaemasn MOWHOCTb, KBT: Operating frequency, MHz . .................... 30
Temperature at stem and metal-to-ceramic
130 C
BHOMOM . .ottt ettt et e 130 Temperature at stem and metal-to-ceramic
Anode Characteristic Curves // /
7
Averaged Anode Characteristic Curves // / 7
grid
0
— S 0 ____ grid