Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
power amplifier at fre [1]
68 W
leHepaTopHbI Tpuog MNY-68M npegHasHayeH gns The I'Y-68I1 triode is used as a power amplifier at fre-
power amplifier at fre [2]
68 W
leHepaTopHbI Tpuog MNY-68M npegHasHayeH gns The I'Y-68I1 triode is used as a power amplifier at fre-
temperature,°C [1]
-10 C
Ambient temperature,°C ........... —10to +55
temperature,°C [2]
55 C
Ambient temperature,°C ........... —10to +55
voltage
1 uS
KpyTusHa xapakTepucTiki (MpyU HanpspKeHun Mutual conductance (at anode voltage 1 kV,
currents [1]
1 A
aHopa 1 kB, Tokax aHoga 10 u anode currents 10 and
currents [2]
10 A
aHopa 1 kB, Tokax aHoga 10 u anode currents 10 and
currents [3]
10 A
aHopa 1 kB, Tokax aHoga 10 u anode currents 10 and
voltages [1]
1 kV
KoadduumeHT yeuneHums (Npu Hanps>kKeHnsx Gain coefficient (at anode voltages 1 and 2kV,
voltages [2]
2 kV
KoadduumeHT yeuneHums (Npu Hanps>kKeHnsx Gain coefficient (at anode voltages 1 and 2kV,
grid [1]
10 mA
aHoma 10 A) ... ... 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [2]
30 mA
aHoma 10 A) ... ... 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [3]
-38 mA
aHoma 10 A) ... ... 30-38 Anode current (at anode voltage 0.3 kV, grid
grid [4]
0.3 mA
aHoma 10 A) ... ... 30-38 Anode current (at anode voltage 0.3 kV, grid
voltage [1]
3 V
Tok aHoAa (Npu HanpsXeHusix aHoga 0,3 kB, voltage 100 V), A, atleast . . .. .................. 8
voltage [2]
100 V
Tok aHoAa (Npu HanpsXeHusix aHoga 0,3 kB, voltage 100 V), A, atleast . . .. .................. 8
voltage [3]
8 V
Tok aHoAa (Npu HanpsXeHusix aHoga 0,3 kB, voltage 100 V), A, atleast . . .. .................. 8
anode [1]
100 V
ceTkn 100B), A, HemeHee . . ................... 8 Negative cutoff voltage (at anode
anode [2]
8 V
ceTkn 100B), A, HemeHee . . ................... 8 Negative cutoff voltage (at anode
current [1]
3 A
HanpsixxeHue 3anMpaHus oTpulaTensHoe, voltage 10kV, anode current 0.1 A), absolute
current [2]
10 A
HanpsixxeHue 3anMpaHus oTpulaTensHoe, voltage 10kV, anode current 0.1 A), absolute
current [3]
100 mA
HanpsixxeHue 3anMpaHus oTpulaTensHoe, voltage 10kV, anode current 0.1 A), absolute
Interelectrode capacitance, pF [1]
3 pF
abcontoTHoe 3HayeHwe, B,He bonee . ............ 400 Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
400 pF
abcontoTHoe 3HayeHwe, B,He bonee . ............ 400 Interelectrode capacitance, pF:
input,atmost ......... ... ... .ol [1]
6
Me>xkanekTpogHbie emkocTu, Nnd, He 6onee: input,atmost ......... ... ... .ol 300
input,atmost ......... ... ... .ol [2]
300
Me>xkanekTpogHbie emkocTu, Nnd, He 6onee: input,atmost ......... ... ... .ol 300
output,atmost .................. L [1]
300
BXOAHAS .. .vovitit i 300 output,atmost .................. L 6
output,atmost .................. L [2]
6
BXOAHAS .. .vovitit i 300 output,atmost .................. L 6
voltage [1]
105 W
MPOXOAHAS . .t ot it i e e eni e 105 Output power (at 30 MHz, at filament voltage
voltage [2]
30 W
MPOXOAHAS . .t ot it i e e eni e 105 Output power (at 30 MHz, at filament voltage
voltage [1]
30 kV
MouwHocTb BbIXOgHas (Ha YacTtoTe 30 MMy npu 20 V and anode voltage 12kV), kW .............. 250
voltage [2]
20 kV
MouwHocTb BbIXOgHas (Ha YacTtoTe 30 MMy npu 20 V and anode voltage 12kV), kW .............. 250
voltage [3]
12 kV
MouwHocTb BbIXOgHas (Ha YacTtoTe 30 MMy npu 20 V and anode voltage 12kV), kW .............. 250
voltage [4]
250 kV
MouwHocTb BbIXOgHas (Ha YacTtoTe 30 MMy npu 20 V and anode voltage 12kV), kW .............. 250
voltage (ACorDC),V [1]
19 V
Hanps>xeHue Hakana (nepemexHoe unu Filament voltage (ACorDC),V .............. ... 19-21
voltage (ACorDC),V [2]
-21 V
Hanps>xeHue Hakana (nepemexHoe unu Filament voltage (ACorDC),V .............. ... 19-21
voltage (DC), kV [1]
19 kV
noctosHHoe), B ... ... ... ... ol 19-21 Anode voltage (DC), kV .......... ... ... .. ... 12
voltage (DC), kV [2]
-21 kV
noctosHHoe), B ... ... ... ... ol 19-21 Anode voltage (DC), kV .......... ... ... .. ... 12
voltage (DC), kV [3]
12 kV
noctosHHoe), B ... ... ... ... ol 19-21 Anode voltage (DC), kV .......... ... ... .. ... 12
voltage, absolute value, kV
1.5 kV
Hanpsetue, kB: Negative outoff voltage, absolute value, kV ........ 1.5
current, A [1]
12 A
aHOAA (MOCTOAHHOE) . ... ..ot i i i ns 12 Filament startingcurrent, A .................... 450
current, A [2]
450 A
aHOAA (MOCTOAHHOE) . ... ..ot i i i ns 12 Filament startingcurrent, A .................... 450
Dissipation, kW
3 kW
3anupaHusi oTpulaTensHoe (abcontoTHoe Dissipation, kW:
anode [1]
15
BHAYEHME) . ..ottt i e e 1,5 anode . ... 130
anode [2]
130
BHAYEHME) . ..ottt i e e 1,5 anode . ... 130
grid [1]
450
MyckoBOW TOKHaKana, A . ..................... 450 grid .. 2.3
grid [2]
2.3
MyckoBOW TOKHaKana, A . ..................... 450 grid .. 2.3
frequency, MHz
30 MHz
PaccenBaemas MOWHOCTb, KBT: Operating frequency, MHz .. ................... 30
Temperature at stem and metal-to-ceramic [1]
1 C
1T Y 130 Temperature at stem and metal-to-ceramic
Temperature at stem and metal-to-ceramic [2]
130 C
1T Y 130 Temperature at stem and metal-to-ceramic
grid
800
™~ - 800 - —— - grid
Anode Characteristic Curves [1]
72
) ! 72 J 4 § & 7 8 § 1lUakV Averaged Grid-Anode Characteristic Curves
Anode Characteristic Curves [2]
4
) ! 72 J 4 § & 7 8 § 1lUakV Averaged Grid-Anode Characteristic Curves
Anode Characteristic Curves [3]
7
) ! 72 J 4 § & 7 8 § 1lUakV Averaged Grid-Anode Characteristic Curves
Anode Characteristic Curves [4]
8
) ! 72 J 4 § & 7 8 § 1lUakV Averaged Grid-Anode Characteristic Curves
Anode Characteristic Curves [5]
1
) ! 72 J 4 § & 7 8 § 1lUakV Averaged Grid-Anode Characteristic Curves