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Power - Tetrode (NOT beam) ·Tetrode

GK11P

Russian metal-ceramic power tetrode with directly heated carbonized thoriated cathode and combined evaporation/air cooling. Designed for substantial professional power service.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
22 V / 125 A

Description

The MK-111 power tetrode is used for ] e A ot 1 comiact Cathode: directly heated, carbonized thoria- ] ] . Envelope: metal-ceramic. Cooling: forced (evaporation for anode, air L L

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
-
Base pins
-
Nominal heater voltage
22 V
Nominal heater current
125 A
Parallel heater voltage
-
Parallel heater current
-
Series capable
No

Terminal pinout

Electrical assignments shared by every tube using this base designation.

No verified pinout is recorded for this base designation.

Section ratings

1 physical section, each with unique specifications.

Section 1

Tetrode

X-ray radiationInterelectrode capacitances

No fixed ratings are recorded for this section.

Promoted-field audit performed from English ratings/characteristics; detailed electrical values retained in parameter table.

Source-dependent data

Operating conditions by source

Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.

Data set 01

1968 Electronintorg

Published operating points and test conditions from this source.

SECTION 1

Tetrode

Other

  • POWER TETRODE

    110 W

    rkK-110 POWER TETRODE

  • power tetrode is used for ] e A ot [1]

    111 W

    The MK-111 power tetrode is used for ] e A ot 1 comiact

  • power tetrode is used for ] e A ot [2]

    1 W

    The MK-111 power tetrode is used for ] e A ot 1 comiact

  • temperature,°C [1]

    -10 C

    Temnepatypa okpyxaowen cpegbt, °C . ... ....... —-10-+55 Ambient temperature,°C ...................... —10to +55

  • temperature,°C [2]

    55 C

    Temnepatypa okpyxaowen cpegbt, °C . ... ....... —-10-+55 Ambient temperature,°C ...................... —10to +55

  • temperature,°C [3]

    -10 C

    Temnepatypa okpyxaowen cpegbt, °C . ... ....... —-10-+55 Ambient temperature,°C ...................... —10to +55

  • temperature,°C [4]

    55 C

    Temnepatypa okpyxaowen cpegbt, °C . ... ....... —-10-+55 Ambient temperature,°C ...................... —10to +55

  • voltage (ACorDC),V

    22 V

    HanpsxeHue Hakana (nepeMeHHoe unv Filament voltage (ACorDC),V ................. 22

  • voltage [1]

    300 uS

    TOKHAKANA, A ... it e 300-340 Mutual conductance (at anode voltage 2 kV,

  • voltage [2]

    -340 uS

    TOKHAKANA, A ... it e 300-340 Mutual conductance (at anode voltage 2 kV,

  • voltage [3]

    2 uS

    TOKHAKANA, A ... it e 300-340 Mutual conductance (at anode voltage 2 kV,

  • currents [1]

    2 uA

    KpyTuaHa xapakTepucTuku (Npy HanpsHKeHUsIX grid 2 voltage 1.5 kV, anode currents 15 and

  • currents [2]

    1.5 uA

    KpyTuaHa xapakTepucTuku (Npy HanpsHKeHUsIX grid 2 voltage 1.5 kV, anode currents 15 and

  • currents [3]

    15 uA

    KpyTuaHa xapakTepucTuku (Npy HanpsHKeHUsIX grid 2 voltage 1.5 kV, anode currents 15 and

  • voltage [1]

    15 kV

    15u25A),MA/B .. .. .. ... 180-230 Gain coefficient (at anode voltage 2 kV,

  • voltage [2]

    5 kV

    15u25A),MA/B .. .. .. ... 180-230 Gain coefficient (at anode voltage 2 kV,

  • voltage [3]

    180 kV

    15u25A),MA/B .. .. .. ... 180-230 Gain coefficient (at anode voltage 2 kV,

  • voltage [4]

    -230 kV

    15u25A),MA/B .. .. .. ... 180-230 Gain coefficient (at anode voltage 2 kV,

  • voltage [5]

    2 kV

    15u25A),MA/B .. .. .. ... 180-230 Gain coefficient (at anode voltage 2 kV,

  • anode [1]

    2 kV

    KoachcpuyumeHT yeunenus (Npyu HaNpspKeHuaxX grid 2 voltages 1.5kV and 1.0kV, anode

  • anode [2]

    1.5 kV

    KoachcpuyumeHT yeunenus (Npyu HaNpspKeHuaxX grid 2 voltages 1.5kV and 1.0kV, anode

  • anode [3]

    1 kV

    KoachcpuyumeHT yeunenus (Npyu HaNpspKeHuaxX grid 2 voltages 1.5kV and 1.0kV, anode

  • current [1]

    2 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • current [2]

    151 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • current [3]

    10 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • current [4]

    15 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • current [5]

    5 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • current [6]

    -8 A

    aHopaa 2 kB, BTopow ceTkn 1,51 1,0 kB, current 15 A) ... .. e 5-8

  • grid [1]

    5 A

    Tokeanoda15A) ....... .. .. i, 5-8 Anode current (at anode voltage 2 kV and grid 2

  • grid [2]

    5 A

    Tokeanoda15A) ....... .. .. i, 5-8 Anode current (at anode voltage 2 kV and grid 2

  • grid [3]

    -8 A

    Tokeanoda15A) ....... .. .. i, 5-8 Anode current (at anode voltage 2 kV and grid 2

  • grid [4]

    2 A

    Tokeanoda15A) ....... .. .. i, 5-8 Anode current (at anode voltage 2 kV and grid 2

  • grid [5]

    2 A

    Tokeanoda15A) ....... .. .. i, 5-8 Anode current (at anode voltage 2 kV and grid 2

  • voltage [1]

    15 V

    BTOPOW ceTku B umnynece 1,5 kB), A, He meHee . . . . 38 Negative bias voltage (at anode voltage

  • voltage [2]

    38 V

    BTOPOW ceTku B umnynece 1,5 kB), A, He meHee . . . . 38 Negative bias voltage (at anode voltage

  • current [1]

    10 A

    HanpsixeHue cMeljeHns oTpylaTernsHoe 10 kV, grid 2 voltage 1.5 kV, anode current

  • current [2]

    2 A

    HanpsixeHue cMeljeHns oTpylaTernsHoe 10 kV, grid 2 voltage 1.5 kV, anode current

  • current [3]

    1.5 A

    HanpsixeHue cMeljeHns oTpylaTernsHoe 10 kV, grid 2 voltage 1.5 kV, anode current

  • grid [1]

    15 kV

    1,5 kB, Toke aHopa 5,5 A), abcomoTHoe Negative cutoff voltage (at anode voltage 10 kV, grid 2

  • grid [2]

    55 kV

    1,5 kB, Toke aHopa 5,5 A), abcomoTHoe Negative cutoff voltage (at anode voltage 10 kV, grid 2

  • grid [3]

    10 kV

    1,5 kB, Toke aHopa 5,5 A), abcomoTHoe Negative cutoff voltage (at anode voltage 10 kV, grid 2

  • grid [4]

    2 kV

    1,5 kB, Toke aHopa 5,5 A), abcomoTHoe Negative cutoff voltage (at anode voltage 10 kV, grid 2

  • current [1]

    3 A

    3HaveHne, B .. ... ... ... Ll e 220-300 voltage 1.5 kV, anode current 0.5 A), V

  • current [2]

    220 A

    3HaveHne, B .. ... ... ... Ll e 220-300 voltage 1.5 kV, anode current 0.5 A), V

  • current [3]

    -300 A

    3HaveHne, B .. ... ... ... Ll e 220-300 voltage 1.5 kV, anode current 0.5 A), V

  • current [4]

    1.5 A

    3HaveHne, B .. ... ... ... Ll e 220-300 voltage 1.5 kV, anode current 0.5 A), V

  • current [5]

    500 mA

    3HaveHne, B .. ... ... ... Ll e 220-300 voltage 1.5 kV, anode current 0.5 A), V

  • Interelectrode capacitance, pF, max [1]

    10 pF

    Hanpsbkenusx aHoga 10 kB, BTopoi cetku 1,5 kB, Interelectrode capacitance, pF, max.:

  • Interelectrode capacitance, pF, max [2]

    15 pF

    Hanpsbkenusx aHoga 10 kB, BTopoi cetku 1,5 kB, Interelectrode capacitance, pF, max.:

  • output [1]

    420

    HEBOMBE ...\ ivieinei e 420 output ... ... 120

  • output [2]

    120

    HEBOMBE ...\ ivieinei e 420 output ... ... 120

  • power, kKW, min

    780 kW

    BXOAHAR .. .. ititiine e ienn e 780 Output power, kKW, min.:

  • grid [1]

    120 kV

    BBIXOGHAR . .o v vo v eini ettt 120 at 30 MHz with anode voltage 15 kV, grid 2

  • grid [2]

    30 kV

    BBIXOGHAR . .o v vo v eini ettt 120 at 30 MHz with anode voltage 15 kV, grid 2

  • grid [3]

    15 kV

    BBIXOGHAR . .o v vo v eini ettt 120 at 30 MHz with anode voltage 15 kV, grid 2

  • grid [4]

    2 kV

    BBIXOGHAR . .o v vo v eini ettt 120 at 30 MHz with anode voltage 15 kV, grid 2

  • voltage [1]

    1 kV

    MPOXOAHAM . . et ot vie et ee e neenanns voltage 1.0 kV, filament voltage 22V .......... 250

  • voltage [2]

    22 kV

    MPOXOAHAM . . et ot vie et ee e neenanns voltage 1.0 kV, filament voltage 22V .......... 250

  • voltage [3]

    250 kV

    MPOXOAHAM . . et ot vie et ee e neenanns voltage 1.0 kV, filament voltage 22V .......... 250

  • voltage [1]

    30 kV

    NPU OTHOCMTENBHOM YPOBHE KOMOGUHALWOHHBIX at 30 MHz with anode voltage 12 kV, grid 2 voltage

  • voltage [2]

    12 kV

    NPU OTHOCMTENBHOM YPOBHE KOMOGUHALWOHHBIX at 30 MHz with anode voltage 12 kV, grid 2 voltage

  • voltage [3]

    2 kV

    NPU OTHOCMTENBHOM YPOBHE KOMOGUHALWOHHBIX at 30 MHz with anode voltage 12 kV, grid 2 voltage

  • voltage [1]

    1.5 kV

    COCTaBNAIOWMX TPETHErO NOPSAKA He XyXKe 1.5 kV, filament voltage 22 V (peak value) . .....

  • voltage [2]

    22 kV

    COCTaBNAIOWMX TPETHErO NOPSAKA He XyXKe 1.5 kV, filament voltage 22 V (peak value) . .....

  • voltage (ACorDC),V [1]

    21 V

    HanpspkeHue Hakana (nepemMeHHoe unu Filament voltage (ACorDC),V ................. 21-23

  • voltage (ACorDC),V [2]

    -23 V

    HanpspkeHue Hakana (nepemMeHHoe unu Filament voltage (ACorDC),V ................. 21-23

  • voltage (DC), kV [1]

    21 kV

    noctosHHoe), B ... ... ... . L L, 21-23 Anode voltage (DC), kV .......................

  • voltage (DC), kV [2]

    -23 kV

    noctosHHoe), B ... ... ... . L L, 21-23 Anode voltage (DC), kV .......................

  • voltage

    1 V

    HarpsixxeHve BTOPON ceTkM (NOCToAHHOE), KB . . . . . Negative instantaneous grid 1 voltage

  • current, A

    3 A

    MFHOBEHHOE 3Ha1eHue (abconioTHoe Filament starting current, A ....................

  • current (DC component under class B

    3 A

    3Havenue), kB ... ... ... Anode current (DC component under class B

  • Temperature at the hottest point of envelope, °C

    15 C

    NEPBOM COTKOM . . ..t i i ieie i eenanann 1,5 Temperature at the hottest point of envelope, °C .. ..

  • Anode Characteristic Curves

    80

    Averaged Anode Characteristic Curves: 80 o

  • POWER TETRODE

    11 W

    rK-11 POWER TETRODE

  • POWER TETRODE FK

    111 W

    POWER TETRODE FK-111

  • Grid [1]

    2

    Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

  • Grid [2]

    2

    Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

  • Grid [3]

    2

    Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves: Averaged Grid 2 Characteristic Curves:

  • POWER TETRODE

    110 W

    rK-110 POWER TETRODE

  • anode [1]

    1

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [2]

    12

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [3]

    5

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [4]

    6

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [5]

    7

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [6]

    8

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [7]

    9

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [8]

    1

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [9]

    2

    1/ 12 J & 5 6 7 8 9 1M Uagky ———— 2-anode

  • anode [1]

    2

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [2]

    4

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [3]

    5

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [4]

    6

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [5]

    7

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [6]

    8

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [7]

    9

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [8]

    0

    V/j / 2 J 4 5 6 7 8 9 0 Ya kv _ _ _ _ grid2-anode

  • anode [1]

    7

    I 7 2 3 & 5 & 7 8 § 10 Ua 1V e g:id 2-anode

  • anode [2]

    2

    I 7 2 3 & 5 & 7 8 § 10 Ua 1V e g:id 2-anode

  • anode [3]

    3

    I 7 2 3 & 5 & 7 8 § 10 Ua 1V e g:id 2-anode

  • anode [4]

    5

    I 7 2 3 & 5 & 7 8 § 10 Ua 1V e g:id 2-anode