Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
power amplification at [1]
66 W
FeHepaTopHb Tpuog MY-66A npefHasHa4veH ans The IN'Y-66A triode is used for power amplification at
power amplification at [2]
66 W
FeHepaTopHb Tpuog MY-66A npefHasHa4veH ans The IN'Y-66A triode is used for power amplification at
cathode cir [1]
1
YCUNEHUst MOWHOCTM Ha 1acToTax go 30 MMy B ctaymo- up to 30 MHz in grounded-grid or grounded-cathode cir-
cathode cir [2]
30
YCUNEHUst MOWHOCTM Ha 1acToTax go 30 MMy B ctaymo- up to 30 MHz in grounded-grid or grounded-cathode cir-
cathode cir [3]
30
YCUNEHUst MOWHOCTM Ha 1acToTax go 30 MMy B ctaymo- up to 30 MHz in grounded-grid or grounded-cathode cir-
anode, air for stem). I
1011
Cooling: forced (water for anode, air for stem). I 1011 NOBEPXHOCTH
grid
420
Height: at most 420 mm. K1, K2 — cathode; C — grid;
temperature,°C [1]
-10 C
TemnepaTypa okpyxaiowen cpegbl, °C ... ........ -10-+55 Ambient temperature,°C . ..................... —10to +55
temperature,°C [2]
55 C
TemnepaTypa okpyxaiowen cpegbl, °C ... ........ -10-+55 Ambient temperature,°C . ..................... —10to +55
temperature,°C [3]
-10 C
TemnepaTypa okpyxaiowen cpegbl, °C ... ........ -10-+55 Ambient temperature,°C . ..................... —10to +55
temperature,°C [4]
55 C
TemnepaTypa okpyxaiowen cpegbl, °C ... ........ -10-+55 Ambient temperature,°C . ..................... —10to +55
voltage (ACorDC),V [1]
135 V
Hanpskenue Hakana (~vwm =),B .............. 13,5 Filament voltage (ACorDC),V ................. 13.5
voltage (ACorDC),V [2]
13.5 V
Hanpskenue Hakana (~vwm =),B .............. 13,5 Filament voltage (ACorDC),V ................. 13.5
voltage [1]
3 kV
Hanpsxkenue 3anupaHus, oTpyuuaTensHoe, Negative cutoff voltage (at anode voltage 10 kV,
voltage [2]
10 kV
Hanpsxkenue 3anupaHus, oTpyuuaTensHoe, Negative cutoff voltage (at anode voltage 10 kV,
current [1]
10 A
(npu HanpsixxeHWn aHoga 10 kB, Toke aHoaa anode current 0.1 A), absolute value,
current [2]
100 mA
(npu HanpsixxeHWn aHoga 10 kB, Toke aHoaa anode current 0.1 A), absolute value,
voltage [1]
300 uS
HebOMee ..............c..ciiiiiiiiiiiiiinn 300 Mutual conductance (at anode voltage 2 kV,
voltage [2]
2 uS
HebOMee ..............c..ciiiiiiiiiiiiiinn 300 Mutual conductance (at anode voltage 2 kV,
currents [1]
6 mA
KpyTu3sHna xapakTepucTuku (Npu HANps>KeHUn anode currents 6 and 12 A), mA/V ............... 95-125
currents [2]
12 mA
KpyTu3sHna xapakTepucTuku (Npu HANps>KeHUn anode currents 6 and 12 A), mA/V ............... 95-125
currents [3]
95 mA
KpyTu3sHna xapakTepucTuku (Npu HANps>KeHUn anode currents 6 and 12 A), mA/V ............... 95-125
currents [4]
-125 mA
KpyTu3sHna xapakTepucTuku (Npu HANps>KeHUn anode currents 6 and 12 A), mA/V ............... 95-125
voltage [1]
95 kV
. ... 95-125 Gain coefficient (at anode voltage 4 kV,
voltage [2]
-125 kV
. ... 95-125 Gain coefficient (at anode voltage 4 kV,
voltage [3]
4 kV
. ... 95-125 Gain coefficient (at anode voltage 4 kV,
voltage [1]
4 kW
4 kB, Toke aHOga8A) ... 39-53 Output power (at anode voltage 10 kV), kW, at least 100
voltage [2]
39 kW
4 kB, Toke aHOga8A) ... 39-53 Output power (at anode voltage 10 kV), kW, at least 100
voltage [3]
-53 kW
4 kB, Toke aHOga8A) ... 39-53 Output power (at anode voltage 10 kV), kW, at least 100
voltage [4]
10 kW
4 kB, Toke aHOga8A) ... 39-53 Output power (at anode voltage 10 kV), kW, at least 100
voltage [5]
100 kW
4 kB, Toke aHOga8A) ... 39-53 Output power (at anode voltage 10 kV), kW, at least 100
input,atmost [1]
10
10kB), kBT, HeMeHeE ... ... ... ... ... ... .. ... 100 input,atmost ..........
input,atmost [2]
100
10kB), kBT, HeMeHeE ... ... ... ... ... ... .. ... 100 input,atmost ..........
output,atmost
6
Me>xanekTpogHbie emkocTu, NP, He 6onee: output,atmost ...........
voltage (ACorDC),V
14 V
Hanbonslwee Hanps>keHue Hakana (~ uam =), B . .. Maximum filament voltage (ACorDC),V . ......... 14
voltage (DC), kV
10 kV
Hawbonblwee HanpsixeHue, KB: Anode voltage (DC), kV ....................... 10