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Power - Triode ·Triode

GM3P

Russian power triode for low-frequency low-distortion cathode-coupled amplifier service in electronic or RF equipment.

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

Description

The GM-3P triode is used in low-frequency low-distortion cathode-coupled amplifier circuits in stationary RF equipment.

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
6.3 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
3000 V

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

  • frequency no-distor [1]

    3 Hz

    The TM-3IM triode is used in low-frequency no-distor- 2 $58max N OF ELECTRODES

  • frequency no-distor [2]

    2 Hz

    The TM-3IM triode is used in low-frequency no-distor- 2 $58max N OF ELECTRODES

  • frequency no-distor [3]

    58 Hz

    The TM-3IM triode is used in low-frequency no-distor- 2 $58max N OF ELECTRODES

  • cathode-coupled amplifier circuits in stationary RF g B

    5

    tion cathode-coupled amplifier circuits in stationary RF g B 05

  • grid [1]

    1

    1, 3 - cathode; 2, 4 - grid;

  • grid [2]

    3

    1, 3 - cathode; 2, 4 - grid;

  • grid [3]

    2

    1, 3 - cathode; 2, 4 - grid;

  • grid [4]

    4

    1, 3 - cathode; 2, 4 - grid;

  • temperature,°C [1]

    -10 C

    Temnepatypa okpyxaswowen cpegpl, °C ... ........ Ambient temperature,°C .. ... ... ... ... ... —10to +55

  • temperature,°C [2]

    55 C

    Temnepatypa okpyxaswowen cpegpl, °C ... ........ Ambient temperature,°C .. ... ... ... ... ... —10to +55

  • voltages [1]

    2 V

    2u3ANNMAB Gain coefficient (at anode voltages 2 and

  • voltages [2]

    2 V

    2u3ANNMAB Gain coefficient (at anode voltages 2 and

  • voltage, A [1]

    2 A

    anoga 2 m 3 kB, Toke aHoga 2 A) .. ... .. ... .. Anode current at zero grid voltage, A:

  • voltage, A [2]

    3 A

    anoga 2 m 3 kB, Toke aHoga 2 A) .. ... .. ... .. Anode current at zero grid voltage, A:

  • voltage, A [3]

    2 A

    anoga 2 m 3 kB, Toke aHoga 2 A) .. ... .. ... .. Anode current at zero grid voltage, A:

  • voltage [1]

    1.5 kV

    Hyneson Tok aHoga, A: atanode voltage 1.5kV ... ... .. .. ... .. ... 2.4-36

  • voltage [2]

    2.4 kV

    Hyneson Tok aHoga, A: atanode voltage 1.5kV ... ... .. .. ... .. ... 2.4-36

  • voltage [3]

    -36 kV

    Hyneson Tok aHoga, A: atanode voltage 1.5kV ... ... .. .. ... .. ... 2.4-36

  • voltage [1]

    15 kV

    npuv HanpsxeHnv aHoga 1,5kB ... ... at peak anode voltage 3kV .. ....... ... ... .. 6—-10

  • voltage [2]

    3 kV

    npuv HanpsxeHnv aHoga 1,5kB ... ... at peak anode voltage 3kV .. ....... ... ... .. 6—-10

  • voltage [3]

    6 kV

    npuv HanpsxeHnv aHoga 1,5kB ... ... at peak anode voltage 3kV .. ....... ... ... .. 6—-10

  • voltage [4]

    -10 kV

    npuv HanpsxeHnv aHoga 1,5kB ... ... at peak anode voltage 3kV .. ....... ... ... .. 6—-10

  • voltage

    4.5 kV

    . .. Cutoff voltage (at anode voltage 4.5 kV,

  • current [1]

    3 A

    Hanpskenne 3anvpans (Npu Hanps>xeHun anode current 0.5 A), kV,atmost . ...............

  • current [2]

    500 mA

    Hanpskenne 3anvpans (Npu Hanps>xeHun anode current 0.5 A), kV,atmost . ...............

  • Interelectrode capacitance, pF [1]

    45 pF

    aHoga 4,5 kB, Toke aHoga 0,5 A), kB, He 6onee . . .. Interelectrode capacitance, pF:

  • Interelectrode capacitance, pF [2]

    5 pF

    aHoga 4,5 kB, Toke aHoga 0,5 A), kB, He 6onee . . .. Interelectrode capacitance, pF:

  • Interelectrode capacitance, pF [3]

    6 pF

    aHoga 4,5 kB, Toke aHoga 0,5 A), kB, He 6onee . . .. Interelectrode capacitance, pF:

  • input,atmost

    6

    MexanekTpoaHbte emxkocTu, Nd, He 6onee: input,atmost ... .

  • voltage, absolute value, kV

    1.5 kV

    Hanps>keHne ceTkv oTpuyaTensHoe Nagative grid voltage, absolute value, kV . ... ... ... 1.5

  • current, A [1]

    3 A

    (abconTHOE 3Ha4YeHue), kB ... ... ... 1,5 Filament startingcurrent, A .. .......

  • current, A [2]

    15 A

    (abconTHOE 3Ha4YeHue), kB ... ... ... 1,5 Filament startingcurrent, A .. .......

  • Dissipation, W

    225 W

    MyckoBor TOK HaKana, A . ..................... 225 Dissipation, W:

  • anode [1]

    1

    Paccevsaemas MowWwHOCTb, BT: anode ... 1-10*

  • anode [2]

    -10

    Paccevsaemas MowWwHOCTb, BT: anode ... 1-10*

  • grid [1]

    10

    AHOAOM .« oot 1,0-10* grid .. 300

  • grid [2]

    -10

    AHOAOM .« oot 1,0-10* grid .. 300

  • grid [3]

    300

    AHOAOM .« oot 1,0-10* grid .. 300

  • Temperature at stem and seals, °C [1]

    300 C

    CETKOM ..ottt e e e 300 Temperature at stem and seals, °C . ............. 150

  • Temperature at stem and seals, °C [2]

    150 C

    CETKOM ..ottt e e e 300 Temperature at stem and seals, °C . ............. 150

  • grid; ) [1]

    2

    2 I LA V. anode-grid; )4 V b j/

  • grid; ) [2]

    4

    2 I LA V. anode-grid; )4 V b j/