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Voltage - Triode (single) ·Triode

GI22

Russian metal-ceramic oscillator triode using pulsed anode and grid keying in centimetric and decimetric wavelength ranges.

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

Description

The GI-22 triode is used as an oscillator with pulsed anode and grid keying in centimetric and decimetric wavelength ranges; it uses metal-ceramic construction.

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
-
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 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

  • pulsed [1]

    22

    WmMnynbCHBIA reHepaTopHbin Tpuog U-22 npepn- The MA-22 triode is used as an oscillator with pulsed

  • pulsed [2]

    22

    WmMnynbCHBIA reHepaTopHbin Tpuog U-22 npepn- The MA-22 triode is used as an oscillator with pulsed

  • Cathode: indirectly heated, oxide-coated. Q2 [1]

    34

    Cathode: indirectly heated, oxide-coated. Q234-p5 —1

  • Cathode: indirectly heated, oxide-coated. Q2 [2]

    -1

    Cathode: indirectly heated, oxide-coated. Q234-p5 —1

  • temperature,°C [1]

    490 C

    JIMHEMHDBIE . . . ... i i 490 Ambient temperature,°C . ... ... .. ... —60to +100

  • temperature,°C [2]

    -60 C

    JIMHEMHDBIE . . . ... i i 490 Ambient temperature,°C . ... ... .. ... —60to +100

  • temperature,°C [3]

    100 C

    JIMHEMHDBIE . . . ... i i 490 Ambient temperature,°C . ... ... .. ... —60to +100

  • voltage

    200 uS

    KpyTuaHa xapakTepucTrku (Npy HanpshkeHum Mutual conductance (at anode voltage 200 V,

  • current [1]

    200 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [2]

    30 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [3]

    15 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [4]

    -18 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [5]

    30 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [6]

    15 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • current [7]

    -18 mA

    aHopa 200 B, Toke aHoga 30 MA), MA/B . ... ... .. 15-18 anode current 30 mA), mA/N .. ... Ll 15-18

  • grid

    0

    Pabouas To4ka (0OTpulaTensHoe HanpskeHue Operating point (negative grid

  • current [1]

    200 A

    CeTKu Npu HanpskeHuu aHoaa 200 B, Toxe voltage at anode voltage 200 V, anode current

  • current [2]

    200 A

    CeTKu Npu HanpskeHuu aHoaa 200 B, Toxe voltage at anode voltage 200 V, anode current

  • current [1]

    200 mA

    HanpshkeHun aHoga 200 B, Toke aHoga 0,1 MA), voltage 200 V, anode current 0.1 mA),

  • current [2]

    1 mA

    HanpshkeHun aHoga 200 B, Toke aHoga 0,1 MA), voltage 200 V, anode current 0.1 mA),

  • current [3]

    200 mA

    HanpshkeHun aHoga 200 B, Toke aHoga 0,1 MA), voltage 200 V, anode current 0.1 mA),

  • current [4]

    0.1 mA

    HanpshkeHun aHoga 200 B, Toke aHoga 0,1 MA), voltage 200 V, anode current 0.1 mA),

  • output,atmost . ... L [1]

    4

    BbIxOA4HAsA, He bonee ...................... 0,04 output,atmost . ... L. 0.04

  • output,atmost . ... L [2]

    0.04

    BbIxOA4HAsA, He bonee ...................... 0,04 output,atmost . ... L. 0.04

  • current [1]

    16 A

    (npv Hanps>xeHun aHoga 1,6 kB, Toke aHoga 1.6 kV, peak anode current 1.4 A, 1/duty factor

  • current [2]

    1.6 A

    (npv Hanps>xeHun aHoga 1,6 kB, Toke aHoga 1.6 kV, peak anode current 1.4 A, 1/duty factor

  • current [3]

    1.4 A

    (npv Hanps>xeHun aHoga 1,6 kB, Toke aHoga 1.6 kV, peak anode current 1.4 A, 1/duty factor

  • current [4]

    1 A

    (npv Hanps>xeHun aHoga 1,6 kB, Toke aHoga 1.6 kV, peak anode current 1.4 A, 1/duty factor

  • pulse duration at most

    1 V

    MaHunynaumn, KB L 1 Peak anode voltage {(with pulse duration at most

  • pulse duration at most

    6 V

    ANMTENBHOCTM UMNYNbCa He 6onee Peak grid voltage (with pulse duration at most

  • anode [1]

    6

    wmnynbca He 6onee 1 MKe), A ... .. ... .. .. 2 anode ... 10

  • anode [2]

    1

    wmnynbca He 6onee 1 MKe), A ... .. ... .. .. 2 anode ... 10

  • anode [3]

    2

    wmnynbca He 6onee 1 MKe), A ... .. ... .. .. 2 anode ... 10

  • anode [4]

    10

    wmnynbca He 6onee 1 MKe), A ... .. ... .. .. 2 anode ... 10

  • Wavelength, cm, atleast

    10 cm

    AHOAOM .. ot o it 10 Wavelength, cm, atleast ......................

  • CETKOWM . .ottts [1]

    1

    CETKOWM . .ottts 0,1 1/duty factor,atleast ...... ... ... . oL 800

  • CETKOWM . .ottts [2]

    1

    CETKOWM . .ottts 0,1 1/duty factor,atleast ...... ... ... . oL 800

  • CETKOWM . .ottts [3]

    800

    CETKOWM . .ottts 0,1 1/duty factor,atleast ...... ... ... . oL 800

  • heatingtime,s

    5 s

    OnvHa BOMHbI, CM, HE MEHEE . .. ... . ... ......... 5 Cathode heatingtime,s .......................

  • temperature,°C

    800 C

    CKBaXXHOCTb, HE MEHEE . . ... .. ... ... 800 Envelope temperature,°C . ..........