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Power - Triode ·Triode

GM100A

High-power RF triode for oscillator, amplifier, or transmitting service.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
5 V / 72 A

Description

The 'Y-100A triode is used as an oscillator KaTtoga — npsiMoro Hakana. Cathode: directly heated. OdbopMmnerne — meTannokepaMmmyeckoe. Envelope: metal-ceramic. Oxna)geHune: aHoja — BOAAHOE NPUHYAWTENbHOE; Cooling: forced water for anode, forced air for other ele-

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
5 V
Nominal heater current
72 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

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

  • The 'Y

    100

    The 'Y-100A triode is used as an oscillator

  • anode; K1, K2 - ca

    270

    270, A - anode; K1, K2 - ca-

  • current, A [1]

    62 A

    TokHakana, A ... ... 62-82 Filament current, A 62-82

  • current, A [2]

    -82 A

    TokHakana, A ... ... 62-82 Filament current, A 62-82

  • current, A [3]

    62 A

    TokHakana, A ... ... 62-82 Filament current, A 62-82

  • current, A [4]

    -82 A

    TokHakana, A ... ... 62-82 Filament current, A 62-82

  • voltage

    5 A

    Tok aHoaa B UMNynbce (npvuHANPS>KEHNAX Peak anode current (at filament voltage 5 V,

  • voltage [1]

    5 kV

    Hakana 5 B, anona 0.5 kB. ceTku 500 B. anode voltage 0.5 kV, grid voltage 500 V. bias

  • voltage [2]

    0.5 kV

    Hakana 5 B, anona 0.5 kB. ceTku 500 B. anode voltage 0.5 kV, grid voltage 500 V. bias

  • voltage [3]

    500 kV

    Hakana 5 B, anona 0.5 kB. ceTku 500 B. anode voltage 0.5 kV, grid voltage 500 V. bias

  • voltage [4]

    0.5 kV

    Hakana 5 B, anona 0.5 kB. ceTku 500 B. anode voltage 0.5 kV, grid voltage 500 V. bias

  • voltage [5]

    500 kV

    Hakana 5 B, anona 0.5 kB. ceTku 500 B. anode voltage 0.5 kV, grid voltage 500 V. bias

  • voltage [1]

    400 V

    HanpsXeHun cmeuweHua munyc 400 B), voltage -400 V), A, atleast ........

  • voltage [2]

    -400 V

    HanpsXeHun cmeuweHua munyc 400 B), voltage -400 V), A, atleast ........

  • voltage [1]

    5 kV

    HanpskeHune sanmpaHusa oTpuuaTensHoe. abconioTHoe filament voltage 5 V. anode voltage 6 kV,

  • voltage [2]

    6 kV

    HanpskeHune sanmpaHusa oTpuuaTensHoe. abconioTHoe filament voltage 5 V. anode voltage 6 kV,

  • current [1]

    3 uA

    3HaueHue (Npy HanpsixxeHuax Hakana 5 B. anode current 0.1 A), V, at most . . . 350

  • current [2]

    5 uA

    3HaueHue (Npy HanpsixxeHuax Hakana 5 B. anode current 0.1 A), V, at most . . . 350

  • current [3]

    0.1 uA

    3HaueHue (Npy HanpsixxeHuax Hakana 5 B. anode current 0.1 A), V, at most . . . 350

  • current [4]

    350 uA

    3HaueHue (Npy HanpsixxeHuax Hakana 5 B. anode current 0.1 A), V, at most . . . 350

  • voltage [1]

    350 V

    . .. 350 Gain coefficient (at filament voltage 5 V,

  • voltage [2]

    5 V

    . .. 350 Gain coefficient (at filament voltage 5 V,

  • current [1]

    500 mA

    KO3 hrLMEHT YCUMEHNS (MPWU HAMNPSKEHUSIX anode voltages 0.5 kV and 2kV, anode current

  • current [2]

    2 A

    KO3 hrLMEHT YCUMEHNS (MPWU HAMNPSKEHUSIX anode voltages 0.5 kV and 2kV, anode current

  • power in self-excitation mode. kW [1]

    3 kW

    Toke aHoga 3 A) .. 15-28 Output power in self-excitation mode. kW

  • power in self-excitation mode. kW [2]

    15 kW

    Toke aHoga 3 A) .. 15-28 Output power in self-excitation mode. kW

  • power in self-excitation mode. kW [3]

    -28 kW

    Toke aHoga 3 A) .. 15-28 Output power in self-excitation mode. kW

  • filament

    10

    BbixogHasa MOLWHOCTL B PeX1MEe CaMOBO3OY)KAEHUS, at frequencies up to 10 MHz (at filament

  • grid bias [1]

    5 kV

    KBT: voltage 5V, anode voltage 8 kV. grid bias

  • grid bias [2]

    8 kV

    KBT: voltage 5V, anode voltage 8 kV. grid bias

  • grid [1]

    40 A

    Ha dacToTe 40 10 My (Npu HanpsixxeHwax voltage - 350V, anode current 1.6 A. grid

  • grid [2]

    10 A

    Ha dacToTe 40 10 My (Npu HanpsixxeHwax voltage - 350V, anode current 1.6 A. grid

  • grid [3]

    350 A

    Ha dacToTe 40 10 My (Npu HanpsixxeHwax voltage - 350V, anode current 1.6 A. grid

  • grid [4]

    1.6 A

    Ha dacToTe 40 10 My (Npu HanpsixxeHwax voltage - 350V, anode current 1.6 A. grid

  • voltage [1]

    350 V

    ceTku MuHyc 350 B. Tokax aHona 1,6 A. ceTku at 10—-150 MHz (at filament voltage 5 V.

  • voltage [2]

    16 V

    ceTku MuHyc 350 B. Tokax aHona 1,6 A. ceTku at 10—-150 MHz (at filament voltage 5 V.

  • voltage [3]

    10 V

    ceTku MuHyc 350 B. Tokax aHona 1,6 A. ceTku at 10—-150 MHz (at filament voltage 5 V.

  • voltage [4]

    -150 V

    ceTku MuHyc 350 B. Tokax aHona 1,6 A. ceTku at 10—-150 MHz (at filament voltage 5 V.

  • voltage [5]

    5 V

    ceTku MuHyc 350 B. Tokax aHona 1,6 A. ceTku at 10—-150 MHz (at filament voltage 5 V.

  • voltage [1]

    0.4 kV

    0.4 A) L 10 anode voltage 6 kV. bias voltage -350 V.

  • voltage [2]

    10 kV

    0.4 A) L 10 anode voltage 6 kV. bias voltage -350 V.

  • voltage [3]

    6 kV

    0.4 A) L 10 anode voltage 6 kV. bias voltage -350 V.

  • voltage [4]

    -350 kV

    0.4 A) L 10 anode voltage 6 kV. bias voltage -350 V.

  • current [1]

    10150 A

    Ha dactoTe 10150 Mru (npmHanpPs>KeHnsIx anode current 1.35 A. grid current 0.32 A) .. ..

  • current [2]

    1.35 A

    Ha dactoTe 10150 Mru (npmHanpPs>KeHnsIx anode current 1.35 A. grid current 0.32 A) .. ..

  • current [3]

    320 mA

    Ha dactoTe 10150 Mru (npmHanpPs>KeHnsIx anode current 1.35 A. grid current 0.32 A) .. ..

  • cathode [1]

    5 pF

    Hakana 5 B. anoga 6 kB. HanpsikeHun cmewenna Interelectrode capacitance in a grounded-cathode

  • cathode [2]

    6 pF

    Hakana 5 B. anoga 6 kB. HanpsikeHun cmewenna Interelectrode capacitance in a grounded-cathode

  • output. at most

    6

    MexxanekTpoaHbIE EMKOCTY B CXEME C 06u4vw| Kartoaom. output. at most

  • current (peak value). A [1]

    3 A

    3HaweHwe), B ... 550 Filament current (peak value). A. .................. 160

  • current (peak value). A [2]

    550 A

    3HaweHwe), B ... 550 Filament current (peak value). A. .................. 160

  • current (peak value). A [3]

    160 A

    3HaweHwe), B ... 550 Filament current (peak value). A. .................. 160

  • current (DC component), A

    160 A

    .. .. .. 160 Grid current (DC component), A:

  • Dissipation, W

    0.45 W

    ... .. ... 0.45 Dissipation, W:

  • anode [1]

    6

    Paccevsaemas MOwHOCTL, BT: anode . ... 6-10°

  • anode [2]

    -10

    Paccevsaemas MOwHOCTL, BT: anode . ... 6-10°

  • frequency, MHz [1]

    400 MHz

    COTKOM .\t o ittt 400 Operating frequency, MHz . ... ... ... .. ... ... .. 150

  • frequency, MHz [2]

    150 MHz

    COTKOM .\t o ittt 400 Operating frequency, MHz . ... ... ... .. ... ... .. 150

  • temperature at the hottest point, °C [1]

    150 C

    Yactota, My . ... ... 150 Envelope temperature at the hottest point, °C ... ... .. 175

  • temperature at the hottest point, °C [2]

    175 C

    Yactota, My . ... ... 150 Envelope temperature at the hottest point, °C ... ... .. 175