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Power - Triode (over 1000V 100W) ·Triode

GI23B

Russian metal-ceramic high-power triode for pulsed RF generation and amplification in the decimetric wavelength range.

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

Description

The GI-23B triode generates and amplifies RF oscillations in pulsed operation with anode modulation in the decimetric wavelength range; it is metal-ceramic and forced-air cooled.

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
12.6 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
Max plate voltage
14000 V
Max plate dissipation
300 W
Max grid dissipation
300 W
Max cathode current
15 A

Promoted-field completeness audit performed from English ratings/characteristics.

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

  • temperature,°C

    490 C

    e e 490 Ambient temperature,°C ...........

  • voltage (ACor DC),V [1]

    126 V

    Hanpsbkenve Hakana (~wvim=),B .............. 12,6 Heater voltage (ACor DC),V . .................. 12.6

  • voltage (ACor DC),V [2]

    12.6 V

    Hanpsbkenve Hakana (~wvim=),B .............. 12,6 Heater voltage (ACor DC),V . .................. 12.6

  • voltage (DC), kV [1]

    13 kV

    Hanps>xeHne Hakana (noctosHHoe), kB . ......... 1,3 Heater voltage (DC), kV . ......... ... .. ... ... 1.3

  • voltage (DC), kV [2]

    1.3 kV

    Hanps>xeHne Hakana (noctosHHoe), kB . ......... 1,3 Heater voltage (DC), kV . ......... ... .. ... ... 1.3

  • Mutual conductance, mA/V [1]

    26 mA/V

    KpyTusHa xapaktepuctuku, MA/B ............... 26-36 Mutual conductance, mA/V . ......... ... .. .. ... 2636

  • Mutual conductance, mA/V [2]

    -36 mA/V

    KpyTusHa xapaktepuctuku, MA/B ............... 26-36 Mutual conductance, mA/V . ......... ... .. .. ... 2636

  • Mutual conductance, mA/V [3]

    2636 mA/V

    KpyTusHa xapaktepuctuku, MA/B ............... 26-36 Mutual conductance, mA/V . ......... ... .. .. ... 2636

  • current, yuA,atmost [1]

    50 uA

    O6paTHbIf TOK CEeTKU, MKA, He bonee .. .......... 50 Inverse grid current, yuA,atmost ................ 50

  • current, yuA,atmost [2]

    50 uA

    O6paTHbIf TOK CEeTKU, MKA, He bonee .. .......... 50 Inverse grid current, yuA,atmost ................ 50

  • Penetration factor, % [1]

    10

    MPoOHMUAEMOCTb, %o .. .o vt 1,0-2,0 Penetration factor, % ............... ... ... .... 1-2

  • Penetration factor, % [2]

    -20

    MPoOHMUAEMOCTb, %o .. .o vt 1,0-2,0 Penetration factor, % ............... ... ... .... 1-2

  • Penetration factor, % [3]

    1

    MPoOHMUAEMOCTb, %o .. .o vt 1,0-2,0 Penetration factor, % ............... ... ... .... 1-2

  • Penetration factor, % [4]

    -2

    MPoOHMUAEMOCTb, %o .. .o vt 1,0-2,0 Penetration factor, % ............... ... ... .... 1-2

  • voltage

    10 W

    MoneaHasn MOLLHOCTL B UMMYNbCe (NPU HanpsDKeHUN Peak output power (at peak anode voltage 10 kV,

  • wavelength at most [1]

    10 cm

    aHoga B umnynbee 10 kB, Toke aHoga peak anode current 12 A, wavelength at most 28.8 cm,

  • wavelength at most [2]

    12 cm

    aHoga B umnynbee 10 kB, Toke aHoga peak anode current 12 A, wavelength at most 28.8 cm,

  • wavelength at most [3]

    28.8 cm

    aHoga B umnynbee 10 kB, Toke aHoga peak anode current 12 A, wavelength at most 28.8 cm,

  • pulse duration [1]

    12 us

    B umnynece 12 A, gnvHe BoOnHbl He 60nee pulse duration 3—15 us), kW, atleast ............. 40

  • pulse duration [2]

    60 us

    B umnynece 12 A, gnvHe BoOnHbl He 60nee pulse duration 3—15 us), kW, atleast ............. 40

  • pulse duration [3]

    3 us

    B umnynece 12 A, gnvHe BoOnHbl He 60nee pulse duration 3—15 us), kW, atleast ............. 40

  • pulse duration [4]

    -15 us

    B umnynece 12 A, gnvHe BoOnHbl He 60nee pulse duration 3—15 us), kW, atleast ............. 40

  • pulse duration [5]

    40 us

    B umnynece 12 A, gnvHe BoOnHbl He 60nee pulse duration 3—15 us), kW, atleast ............. 40

  • Interelectrode capacitance, pF [1]

    288 pF

    28,8 cM, gnuTensHOCTY MMNynca 3—15 MKe), Interelectrode capacitance, pF:

  • Interelectrode capacitance, pF [2]

    3 pF

    28,8 cM, gnuTensHOCTY MMNynca 3—15 MKe), Interelectrode capacitance, pF:

  • Interelectrode capacitance, pF [3]

    -15 pF

    28,8 cM, gnuTensHOCTY MMNynca 3—15 MKe), Interelectrode capacitance, pF:

  • iNput [1]

    40

    KBT,HEMEHEE . ........ ... ... 40 iNput .. 14-18

  • iNput [2]

    14

    KBT,HEMEHEE . ........ ... ... 40 iNput .. 14-18

  • iNput [3]

    -18

    KBT,HEMEHEE . ........ ... ... 40 iNput .. 14-18

  • voltage (ACorDC),V [1]

    119 V

    Hanpsibxenne Hakana (~vwnu=),B .............. 11,9-13,3 Heater voltage (ACorDC),V ................... 11.9-13.3

  • voltage (ACorDC),V [2]

    -133 V

    Hanpsibxenne Hakana (~vwnu=),B .............. 11,9-13,3 Heater voltage (ACorDC),V ................... 11.9-13.3

  • voltage (ACorDC),V [3]

    11.9 V

    Hanpsibxenne Hakana (~vwnu=),B .............. 11,9-13,3 Heater voltage (ACorDC),V ................... 11.9-13.3

  • voltage (ACorDC),V [4]

    -13.3 V

    Hanpsibxenne Hakana (~vwnu=),B .............. 11,9-13,3 Heater voltage (ACorDC),V ................... 11.9-13.3

  • voltage, kV [1]

    14 kV

    ... 14 Peak anode voltage, kV ....................... 14

  • voltage, kV [2]

    14 kV

    ... 14 Peak anode voltage, kV ....................... 14

  • dissipation, W

    300 W

    Pacceusaemasn mowHocTb, BT: Anode dissipation, W .. ... ... ... ... ... ... 300

  • dissipation, W

    300 W

    AHOAOM . ..ttt 300 Grid dissipation, W:

  • current [1]

    6 A

    6e3y4eTaTepPMOTOKA . . . .o v o v v i et e 10 Peak anode current

  • current [2]

    10 A

    6e3y4eTaTepPMOTOKA . . . .o v o v v i et e 10 Peak anode current

  • OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt [1]

    15

    OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt 15 1/duty factor, atleast ......................... 200

  • OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt [2]

    1

    OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt 15 1/duty factor, atleast ......................... 200

  • OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt [3]

    200

    OANTenbHOCTL UMMYNBCA, MKC . . . . oo vt 15 1/duty factor, atleast ......................... 200

  • grid circuit, kQ

    200 kohm

    CKBaXHOCTb, HE MEHEE . . ... eieiienieannn. 200 Resistance ingrid circuit, kQ . ........

  • Temperature, °C

    10 C

    ConpoTuBneHve B Lenv ceTku, KOM . ............ 10 Temperature, °C: