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Specialized - Microwave Tube ·Triode

GI6B

Russian forced-air-cooled metal-ceramic microwave triode for oscillator circuits in continuous-wave or pulsed operation with anode modulation.

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

Description

MMNynbCHBI CBEPXBLICOKOMACTOTHbLIA TPUOA The M'N-6B microwave triode is used in oscillator cir- Cathode: indirectly heated, oxide-coated. 4 Envelope: metal-ceramic. Cooling: forced air. % [z

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

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

  • MMNynbCHBI CBEPXBLICOKOMACTOTHbLIA TPUOA The M'N

    6

    MMNynbCHBI CBEPXBLICOKOMACTOTHbLIA TPUOA The M'N-6B microwave triode is used in oscillator cir-

  • anode modulation in the [1]

    6

    B reHepartopax 6e3 BHewHen 06paTHOW CBA3N B Henpe- wave or pulsed operation with anode modulation in the

  • anode modulation in the [2]

    6

    B reHepartopax 6e3 BHewHen 06paTHOW CBA3N B Henpe- wave or pulsed operation with anode modulation in the

  • Cathode: indirectly heated, oxide-coated

    4

    Cathode: indirectly heated, oxide-coated. 4

  • temperature, °C .. ... ... L ~ [1]

    343 C

    MICE 343 Ambient temperature, °C .. ... ... L ~-60to +100

  • temperature, °C .. ... ... L ~ [2]

    -60 C

    MICE 343 Ambient temperature, °C .. ... ... L ~-60to +100

  • temperature, °C .. ... ... L ~ [3]

    100 C

    MICE 343 Ambient temperature, °C .. ... ... L ~-60to +100

  • voltage

    1.3 uS

    KpyTuana xapakTepucTuku (Mpu HANPSXKeHUU Mutual conductance (at anode voltage 1.3 kV.

  • current [1]

    13 mA

    anoga 1,3 kB, MameHeHUn HanpsHKeHns CeTKK grid voltage change 1 V. anode current 150 mA),

  • current [2]

    1 mA

    anoga 1,3 kB, MameHeHUn HanpsHKeHns CeTKK grid voltage change 1 V. anode current 150 mA),

  • current [3]

    150 mA

    anoga 1,3 kB, MameHeHUn HanpsHKeHns CeTKK grid voltage change 1 V. anode current 150 mA),

  • voltage [1]

    1.3 kV

    MpoHuuyaemocTs (npy Hanps>keHun aHoaa 1.3 kB. Penetration factor (at anode voltage 1. 3kV.

  • voltage [2]

    1 kV

    MpoHuuyaemocTs (npy Hanps>keHun aHoaa 1.3 kB. Penetration factor (at anode voltage 1. 3kV.

  • voltage [3]

    3 kV

    MpoHuuyaemocTs (npy Hanps>keHun aHoaa 1.3 kB. Penetration factor (at anode voltage 1. 3kV.

  • current [1]

    200 A

    VU3MeHeHWn HanpshkeHust aHoga 200 B, anode voltage change 200 V. anode current

  • current [2]

    200 A

    VU3MeHeHWn HanpshkeHust aHoga 200 B, anode voltage change 200 V. anode current

  • input [1]

    10

    BXOOHAS .. oot i et 10-12,7 input . ...

  • input [2]

    -127

    BXOOHAS .. oot i et 10-12,7 input . ...

  • output [1]

    0.2

    BBIXOAHAS .. ..ot 0.2-0.3 output . ...

  • output [2]

    -0.3

    BBIXOAHAS .. ..ot 0.2-0.3 output . ...

  • voltage [1]

    8 kV

    8 HEMPEePLIBHOM peXxume paboThbl Npu in CW operation at anode voltage 1.35kV,

  • voltage [2]

    1.35 kV

    8 HEMPEePLIBHOM peXxume paboThbl Npu in CW operation at anode voltage 1.35kV,

  • wavelength [1]

    135 cm

    Hanpsbkerun aHoaa 1,35 kB, Toke aHoaa 250 MA, anode current 250 mA, wavelength 52 cm,

  • wavelength [2]

    250 cm

    Hanpsbkerun aHoaa 1,35 kB, Toke aHoaa 250 MA, anode current 250 mA, wavelength 52 cm,

  • wavelength [3]

    250 cm

    Hanpsbkerun aHoaa 1,35 kB, Toke aHoaa 250 MA, anode current 250 mA, wavelength 52 cm,

  • wavelength [4]

    52 cm

    Hanpsbkerun aHoaa 1,35 kB, Toke aHoaa 250 MA, anode current 250 mA, wavelength 52 cm,

  • voltage, V

    4 V

    (Npy 4ANUTENBEHOCTY MMNYNbCa He bonee Grid voltage, V:

  • current

    3 A

    MMKOBOE 3HA4EHNE B UMNYNBCHOM PeXumMe (npu Cathode current:

  • Dissipation, W

    3 W

    MFHOBEHHOE 3HaYEeHNE B PeXUMe Dissipation, W:

  • anode ...R [1]

    6

    knacca B 6e3 mogynayum, A 1.25 anode ...R 350

  • anode ...R [2]

    1.25

    knacca B 6e3 mogynayum, A 1.25 anode ...R 350

  • anode ...R [3]

    350

    knacca B 6e3 mogynayum, A 1.25 anode ...R 350

  • Wavelength, cm

    6 cm

    6e3 y4eTATEPMOTOKA . . . . ..ot Wavelength, cm:

  • anode heatsink .. ....... e

    160

    BHAYEHUE . ... anode heatsink .. ....... e 160

  • grid lead

    200

    Temnepatypa, °C: grid lead 200

  • grid circuit, k()

    100 ohm

    BbIBOAA KaTtoda 100 Resistance in grid circuit, k()

  • Pulse-Operation Characteristic Curves: | [1]

    20

    20 Averaged Pulse-Operation Characteristic Curves: | 20

  • Pulse-Operation Characteristic Curves: | [2]

    20

    20 Averaged Pulse-Operation Characteristic Curves: | 20

  • frequency [1]

    126 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • frequency [2]

    3 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • frequency [3]

    -200 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • frequency [4]

    1 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • frequency [5]

    1000 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • frequency [6]

    7 Hz

    «,@ Ui=126 v; :‘/3; —200 V; Timp = 1 u8; frequency 1,000 imp/s; Un= Jkp 7

  • grid-al;ode [1]

    18

    18 J O T L grid-al;ode —18 ;' é‘;’-——

  • grid-al;ode [2]

    -18

    18 J O T L grid-al;ode —18 ;' é‘;’-——

  • Pulse-Operation Characteristic Curves [1]

    2

    ? A san=FIEAR Averaged Pulse-Operation Characteristic Curves: 2 01

  • Pulse-Operation Characteristic Curves [2]

    1

    ? A san=FIEAR Averaged Pulse-Operation Characteristic Curves: 2 01

  • frequency [1]

    11 Hz

    B,_ = :: g 11 Uy=126V; n.,.,d= 1 %s; frequency 1,000 imp’s; — 7 i

  • frequency [2]

    126 Hz

    B,_ = :: g 11 Uy=126V; n.,.,d= 1 %s; frequency 1,000 imp’s; — 7 i

  • frequency [3]

    1 Hz

    B,_ = :: g 11 Uy=126V; n.,.,d= 1 %s; frequency 1,000 imp’s; — 7 i

  • frequency [4]

    1000 Hz

    B,_ = :: g 11 Uy=126V; n.,.,d= 1 %s; frequency 1,000 imp’s; — 7 i

  • frequency [5]

    7 Hz

    B,_ = :: g 11 Uy=126V; n.,.,d= 1 %s; frequency 1,000 imp’s; — 7 i

  • Anode Characteristic Curves [1]

    12

    U, = 12;"3;”: :_ 25 oM; e or ik : Averaged Anode Characteristic Curves

  • Anode Characteristic Curves [2]

    3

    U, = 12;"3;”: :_ 25 oM; e or ik : Averaged Anode Characteristic Curves

  • Anode Characteristic Curves [3]

    25

    U, = 12;"3;”: :_ 25 oM; e or ik : Averaged Anode Characteristic Curves

  • Grid Characteristic Curves “ [1]

    0

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [2]

    30

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [3]

    40

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [4]

    30

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [5]

    0

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [6]

    70

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7

  • Grid Characteristic Curves “ [7]

    7

    0 Averaged Anode-Grid Characteristic Curves “30 40 30 _;0 '/70 = 7