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Voltage - Triode (single) ·Triode

GK12A

Russian triode for RF or general electronic service; available source material does not establish a narrower functional role confidently.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
6 V / -

Description

MOLWHBIA reHepaToOPHbLIN TPUOL C MarHUTHOW ¢o- The TK-12A power triode with a magnetically fo- Cathode: directly heated, carbonized thoriated tungsten. S @190+1,0 Envelope: metal-ceramic with an external copper anode. K1, K2 — xarop; | - KOHTaK- Cooling: forced (water for anode, air for envelope).

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
6 V
Nominal heater current
-
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

Triode

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

Triode

Other

  • power triode with a magnetically fo

    12 W

    MOLWHBIA reHepaToOPHbLIN TPUOL C MarHUTHOW ¢o- The TK-12A power triode with a magnetically fo-

  • power generation [1]

    3 W

    KYCMPOBKOM 3NEKTPOHHOro notoka 'K-12A npeaHas- cused electron flux is used for the RF power generation

  • power generation [2]

    12 W

    KYCMPOBKOM 3NEKTPOHHOro notoka 'K-12A npeaHas- cused electron flux is used for the RF power generation

  • Cathode: directly heated, carbonized thoriated tungsten. S @ [1]

    190

    Cathode: directly heated, carbonized thoriated tungsten. S @190+1,0

  • Cathode: directly heated, carbonized thoriated tungsten. S @ [2]

    10

    Cathode: directly heated, carbonized thoriated tungsten. S @190+1,0

  • anode; K1, K2 [1]

    3

    3 4 A -anode; K1, K2-

  • anode; K1, K2 [2]

    4

    3 4 A -anode; K1, K2-

  • grid

    400

    Height: at most 400 mm. g P cathode; C - grid;

  • temperature,°C [1]

    -10 C

    TemnepaTypa okpyxatowein cpegel, °C .. ......... —-10—-+55 Ambient temperature,°C . .......

  • temperature,°C [2]

    55 C

    TemnepaTypa okpyxatowein cpegel, °C .. ......... —-10—-+55 Ambient temperature,°C . .......

  • voltage (ACorDC),V

    6 V

    HanpspkeHue Hakana (nepemeHHoe unn Filament voltage (ACorDC),V ................. 6

  • anode [1]

    250 uS

    TOKHAKANa, A ........ciuiiriiiiannnnnnn, 250-300 Mutual conductance (at anode voltage 1 kV, anode

  • anode [2]

    -300 uS

    TOKHAKANa, A ........ciuiiriiiiannnnnnn, 250-300 Mutual conductance (at anode voltage 1 kV, anode

  • anode [3]

    1 uS

    TOKHAKANa, A ........ciuiiriiiiannnnnnn, 250-300 Mutual conductance (at anode voltage 1 kV, anode

  • currents [1]

    5 uA

    KpyTuaHa xapakTepucTuku (Mpu HanpshkeHun currents 5 and 7 A, magnetic field intensity

  • currents [2]

    7 uA

    KpyTuaHa xapakTepucTuku (Mpu HanpshkeHun currents 5 and 7 A, magnetic field intensity

  • voltages [1]

    950150 kV

    HanNpsXXeHHOCTU MarHUTHOro nonsa 950150 3), Gain coefficient (at anode voltages 1 and 5 kV,

  • voltages [2]

    3 kV

    HanNpsXXeHHOCTU MarHUTHOro nonsa 950150 3), Gain coefficient (at anode voltages 1 and 5 kV,

  • voltages [3]

    1 kV

    HanNpsXXeHHOCTU MarHUTHOro nonsa 950150 3), Gain coefficient (at anode voltages 1 and 5 kV,

  • voltages [4]

    5 kV

    HanNpsXXeHHOCTU MarHUTHOro nonsa 950150 3), Gain coefficient (at anode voltages 1 and 5 kV,

  • current [1]

    45 mA

    MA/B,HEMEHEE .. ..........ccciiiunninanan.. 45 anode current 5 A, and magnetic field intensity

  • current [2]

    5 mA

    MA/B,HEMEHEE .. ..........ccciiiunninanan.. 45 anode current 5 A, and magnetic field intensity

  • grid [1]

    11 A

    11n5kB, ToKe aHoaa 5 A, HaNPSHPKEHHOCTH Peak anode current (at anode voltage 1 kV, grid

  • grid [2]

    5 A

    11n5kB, ToKe aHoaa 5 A, HaNPSHPKEHHOCTH Peak anode current (at anode voltage 1 kV, grid

  • grid [3]

    1 A

    11n5kB, ToKe aHoaa 5 A, HaNPSHPKEHHOCTH Peak anode current (at anode voltage 1 kV, grid

  • voltage [1]

    950 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • voltage [2]

    50 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • voltage [3]

    3 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • voltage [4]

    140 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • voltage [5]

    -100 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • voltage [6]

    1000 V

    marHuTHoro nons 950+50 3), He MeHee ... ... .. .. 140 voltage —100 V, peak excess grid voltage 1,000 V,

  • Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity [1]

    950

    Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity 950+50 Oe), A, atleast. .. .. 40

  • Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity [2]

    50

    Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity 950+50 Oe), A, atleast. .. .. 40

  • Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity [3]

    40

    Tok aHoga B MNynbCe (Npy HaNPsHKEHUAX magnetic field intensity 950+50 Oe), A, atleast. .. .. 40

  • anode [1]

    1 kV

    aHopa 1 kB, ceTku ~100 B, HanpsHkeHUn Negative cutoff voltage (at anode voltage 10 kV, anode

  • anode [2]

    100 kV

    aHopa 1 kB, ceTku ~100 B, HanpsHkeHUn Negative cutoff voltage (at anode voltage 10 kV, anode

  • anode [3]

    10 kV

    aHopa 1 kB, ceTku ~100 B, HanpsHkeHUn Negative cutoff voltage (at anode voltage 10 kV, anode

  • current [1]

    1000 mA

    npesbIWeHnA ceTku B umnynsce 1000 B, current 0.1 A, magnetic field intensity 950+50 Oe),

  • current [2]

    0.1 mA

    npesbIWeHnA ceTku B umnynsce 1000 B, current 0.1 A, magnetic field intensity 950+50 Oe),

  • current [3]

    950 mA

    npesbIWeHnA ceTku B umnynsce 1000 B, current 0.1 A, magnetic field intensity 950+50 Oe),

  • current [4]

    50 mA

    npesbIWeHnA ceTku B umnynsce 1000 B, current 0.1 A, magnetic field intensity 950+50 Oe),

  • Interelectrode capacitance, pF, max

    40 pF

    AHEMEHEE ... .......c''iitiiennnninnnn. 40 Interelectrode capacitance, pF, max.:

  • cathode

    3

    HanpsixxeHue 3anupanus oTpulaTtesnbHoe (npu grid-cathode ..................

  • anode [1]

    10

    Hanpshxennn aHoga 10 kB, Toke aHoga 0,1 A, grid-anode . ........ ... 90

  • anode [2]

    1

    Hanpshxennn aHoga 10 kB, Toke aHoga 0,1 A, grid-anode . ........ ... 90

  • anode [3]

    90

    Hanpshxennn aHoga 10 kB, Toke aHoga 0,1 A, grid-anode . ........ ... 90

  • POWER TRIODE

    12 W

    NK-12A POWER TRIODE

  • cathode [1]

    950150

    HaNPAXXEHHOCTU MarHuTHOro nons 950150 3), anode-cathode .................

  • cathode [2]

    3

    HaNPAXXEHHOCTU MarHuTHOro nons 950150 3), anode-cathode .................

  • voltage [1]

    3 W

    abconioTHoe 3HaqeHve, B, Hebonee . .. ... . ... ... 60 Output power (at 1 MHz, anode voltage 10kV,

  • voltage [2]

    60 W

    abconioTHoe 3HaqeHve, B, Hebonee . .. ... . ... ... 60 Output power (at 1 MHz, anode voltage 10kV,

  • voltage [3]

    1 W

    abconioTHoe 3HaqeHve, B, Hebonee . .. ... . ... ... 60 Output power (at 1 MHz, anode voltage 10kV,

  • voltage [4]

    10 W

    abconioTHoe 3HaqeHve, B, Hebonee . .. ... . ... ... 60 Output power (at 1 MHz, anode voltage 10kV,

  • voltage [1]

    6 V

    MexsnekTpogHsle eMkocTu, nd, He 6onee: filament voltage 6.0 V, magnetic field intensity

  • voltage [2]

    6 V

    MexsnekTpogHsle eMkocTu, nd, He 6onee: filament voltage 6.0 V, magnetic field intensity

  • voltage (ACorDC),V [1]

    57 V

    HanpsixxeHwe Hakana (nepeMeHHoe unu Filament voltage (ACorDC),V ................. 57-6.3

  • voltage (ACorDC),V [2]

    -6.3 V

    HanpsixxeHwe Hakana (nepeMeHHoe unu Filament voltage (ACorDC),V ................. 57-6.3

  • voltage (DC), kV [1]

    57 kV

    ... ... ... ... ... .... 5,7-6,3 Anode voltage (DC), kV .............

  • voltage (DC), kV [2]

    -63 kV

    ... ... ... ... ... .... 5,7-6,3 Anode voltage (DC), kV .............

  • voltage, V (absolute value) [1]

    11 V

    Hanpspkenve aHoga (noctosHHoe), kB ... ... ... .. 11 Negative bias voltage, V (absolute value) ......... 1,000

  • voltage, V (absolute value) [2]

    1000 V

    Hanpspkenve aHoga (noctosHHoe), kB ... ... ... .. 11 Negative bias voltage, V (absolute value) ......... 1,000

  • current (DC component), A [1]

    3 A

    (abconioTHoe 3HaveHne), B .. ... ... L. 1000 Anode current (DC component), A ............... 7.5

  • current (DC component), A [2]

    1000 A

    (abconioTHoe 3HaveHne), B .. ... ... L. 1000 Anode current (DC component), A ............... 7.5

  • current (DC component), A [3]

    7.5 A

    (abconioTHoe 3HaveHne), B .. ... ... L. 1000 Anode current (DC component), A ............... 7.5

  • current (DC component), A

    430 A

    MyckoBor TOK HaKana, A . ..................... 430 Grid current (DC component), A .. ............

  • Tok aHoga (nocTosHHAA cocTasnsowas), A

    75

    Tok aHoga (nocTosHHAA cocTasnsowas), A ... .. .. 7,5 Magnetic field intensity, E . .. ...........

  • Dissipation, W

    3 W

    Tok ceTkun (NOCTOAHHAA cocTaBnawowan), A ....... 0,3 Dissipation, W:

  • anode [1]

    3

    HanpspkeHHOCTL MarHUTHOro NoNs, 3 . ... .. .. . .. 900-1000 anode . ... 2.510*

  • anode [2]

    900

    HanpspkeHHOCTL MarHUTHOro NoNs, 3 . ... .. .. . .. 900-1000 anode . ... 2.510*

  • anode [3]

    -1000

    HanpspkeHHOCTL MarHUTHOro NoNs, 3 . ... .. .. . .. 900-1000 anode . ... 2.510*

  • anode [4]

    2.51

    HanpspkeHHOCTL MarHUTHOro NoNs, 3 . ... .. .. . .. 900-1000 anode . ... 2.510*

  • grid

    500

    Paccensaemas MOWHOCTb, BT: grid .. 500

  • frequency, MHz [1]

    25 MHz

    e 2,5-10* Operating frequency, MHz . .. .................. 30

  • frequency, MHz [2]

    -10 MHz

    e 2,5-10* Operating frequency, MHz . .. .................. 30

  • frequency, MHz [3]

    30 MHz

    e 2,5-10* Operating frequency, MHz . .. .................. 30

  • Temperature at envelope (hottest point), °C [1]

    500 C

    o= (e 500 Temperature at envelope (hottest point), °C .. ... ... 150

  • Temperature at envelope (hottest point), °C [2]

    150 C

    o= (e 500 Temperature at envelope (hottest point), °C .. ... ... 150

  • Published electrical value [1]

    8

    8 U, = 6 V; magnetic field intensity

  • Published electrical value [2]

    6

    8 U, = 6 V; magnetic field intensity

  • g U, = [1]

    6

    g U, = 6 V; magnetic field intensity (N) 100

  • g U, = [2]

    100

    g U, = 6 V; magnetic field intensity (N) 100

  • Published electrical value [1]

    200

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [2]

    400

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [3]

    600

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [4]

    600

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [5]

    1000

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [6]

    14

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)

  • Published electrical value [7]

    6

    200 400 600 600 1000 Vg, 14 U, = 6 V; magnetic field intensity (N)