Data set 01
1968 Electronintorg
Published operating points and test conditions from this source.
Triode
Other
UMnynbcHbI reHepaTopHbiv Tpuog, M'N [1]
27
UMnynbcHbI reHepaTopHbiv Tpuog, M'N-27AM npea- The "'N-27AM triode is used in self-excited oscillator
UMnynbcHbI reHepaTopHbiv Tpuog, M'N [2]
27
UMnynbcHbI reHepaTopHbiv Tpuog, M'N-27AM npea- The "'N-27AM triode is used in self-excited oscillator
temperature,°C [1]
147 C
YCKOPEHMEM, M/CZ . .. ... . i 147 Ambient temperature,°C ...................... 1-55
temperature,°C [2]
1 C
YCKOPEHMEM, M/CZ . .. ... . i 147 Ambient temperature,°C ...................... 1-55
temperature,°C [3]
-55 C
YCKOPEHMEM, M/CZ . .. ... . i 147 Ambient temperature,°C ...................... 1-55
voltage [1]
3 kV
HanpsixxeHue 3anupaHus oTpularensHoe (Npu Negative cutoff voltage (at anode voltage 10 kV,
voltage [2]
10 kV
HanpsixxeHue 3anupaHus oTpularensHoe (Npu Negative cutoff voltage (at anode voltage 10 kV,
current [1]
10 A
HanpsbkeHuy aHoaa 10 kB, Toke aHopa 0,1 A), anode current 0.1 A), absolute value,
current [2]
1 A
HanpsbkeHuy aHoaa 10 kB, Toke aHopa 0,1 A), anode current 0.1 A), absolute value,
current [3]
100 mA
HanpsbkeHuy aHoaa 10 kB, Toke aHopa 0,1 A), anode current 0.1 A), absolute value,
anode
3 kV
HarnpsHKeHUsIX aHOAA N CETKU B UMNYTbCe grid voltages 3 kV, with interconnected anode
voltages
4 V
KoadhdpuumeHT yecuneHus (npu HanpspkeHnsx aHopa Gain coefficient (at anode voltages 4 and
voltage
40 W
BbixogHas MOWHOCTb B My bce (Npn Peak power output (at peak anode voltage 40 kV,
pulse duration [1]
40 us
Hanpsi>XeHuv aHoaa B umnyrnsce 40 kB, pulse duration 300 us, at up to 150 MHz),
pulse duration [2]
300 us
Hanpsi>XeHuv aHoaa B umnyrnsce 40 kB, pulse duration 300 us, at up to 150 MHz),
pulse duration [3]
150 us
Hanpsi>XeHuv aHoaa B umnyrnsce 40 kB, pulse duration 300 us, at up to 150 MHz),
anode [1]
0 uS
0o 150 M), MBT, He meHee . . ... .............. Mutual conductance (at anode voltage 5 kV, anode
anode [2]
150 uS
0o 150 M), MBT, He meHee . . ... .............. Mutual conductance (at anode voltage 5 kV, anode
anode [3]
5 uS
0o 150 M), MBT, He meHee . . ... .............. Mutual conductance (at anode voltage 5 kV, anode
Interelectrode capacitance, pF [1]
5 pF
aHopa 5 kB, Tokax aHoaa 2,51 4,5 A), Interelectrode capacitance, pF:
Interelectrode capacitance, pF [2]
251 pF
aHopa 5 kB, Tokax aHoaa 2,51 4,5 A), Interelectrode capacitance, pF:
Interelectrode capacitance, pF [3]
45 pF
aHopa 5 kB, Tokax aHoaa 2,51 4,5 A), Interelectrode capacitance, pF:
input,atmost [1]
75
75-110 input,atmost ... . 200
input,atmost [2]
-110
75-110 input,atmost ... . 200
input,atmost [3]
200
75-110 input,atmost ... . 200
voltage (DC), kV
40 kV
Hanpsixenue aHoaa B UMNynsce Peak anode voltage (DC), kV . .................. 40
grid voitage, absolute value, V
4800
(noctosiHHoe), KB . .. ... .. Negative grid voitage, absolute value, V. . ......... 4,800
dissipation, kW . ... ... .. .. . L
25 kW
HanpsixeHue ceTku oTpuuaTtensHoe (abconoTHoe Anode dissipation, kW . ... ... .. .. . L. 25
current (peak value), A [1]
3 A
3Hauenue), B . ... ... Filament starting current (peak value), A .......... 1,100
current (peak value), A [2]
1100 A
3Hauenue), B . ... ... Filament starting current (peak value), A .......... 1,100
frequency, MHz, atmost [1]
1100 MHz
BHAYGHME), A . ... e 1100 Operating frequency, MHz, atmost . ............. 200
frequency, MHz, atmost [2]
200 MHz
BHAYGHME), A . ... e 1100 Operating frequency, MHz, atmost . ............. 200
Temperature at the hottest point of envelope, °C [1]
250 C
PacceuBaemasi MOWHOCTb CETKOR, BT . ........... 250 Temperature at the hottest point of envelope, °C . . .. 175
Temperature at the hottest point of envelope, °C [2]
175 C
PacceuBaemasi MOWHOCTb CETKOR, BT . ........... 250 Temperature at the hottest point of envelope, °C . . .. 175
grid [1]
80
_ - grid . 80 P J | |4
grid [2]
4
_ - grid . 80 P J | |4