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Specialized - Magnetron ·Magnetron

ZM6277

Packaged voltage-tunable continuous-wave magnetron designed for electronically tuned microwave oscillator service across its specified frequency range.

Directly heatedCold cathodeCommon cathodeDissimilarSpecialized
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
2 V / 6 A

Description

Packaged voltage-tunable magnetron for electronically tuned or fixed-frequency microwave operation.

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
2 V
Nominal heater current
6 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

Magnetron

X-ray radiationInterelectrode capacitances
Max cathode current
2 mA

Promoted fields mapped semantically from printed ratings/characteristics headings; pulsed and microwave-specific limits remain in parameter rows when fixed-field semantics are ambiguous.

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 General Electric Co

Published operating points and test conditions from this source.

SECTION 1

Magnetron

Other

  • 2860

    3460 MHz

    2860- 3460 Megacycles 100 Watts Minimum CW Output

  • Warm-up Time, maximum. ...... et ettt et e e e e

    10 s

    Warm-up Time, maximum. ...... et ettt et e e e e 10 Seconds

  • Filament VOItage . . . .t it ittt ottt it ittt it et i s s s aeosntnceensenss ee

    2.5 V

    Filament VOItage . . . .t it ittt ottt it ittt it et i s s s aeosntnceensenss ee. 2.5 Volts

  • Filament Currentf . ... .. .. ...ttt eanns e e e

    6 A

    Filament Currentf . ... .. .. ...ttt eanns e e e 6.0 Amperes

  • Anode Voltage . . . .. e e et e e e e e e e e e

    3400 V

    Anode Voltage . . . .. e e et e e e e e e e e e 3400 Volts

  • Sweep Voltage . . . . . et e e e e e et e e e et e

    700 V

    Sweep Voltage . . . . . et e e e e e et e e e et e 700 Volts

  • Anode Current, swept . . . .. ....... e et e e et e e e e

    80 mA

    Anode Current, swept . . . .. ....... e et e e et e e e e 80 Milliamperes

  • PowerInput . ...........c00v... e e e e e e e

    250 W

    PowerInput . ...........c00v... e e e e e e e 250 Watts

  • Injection Electrode Voltage . ....... e et et e e et

    1700 V

    Injection Electrode Voltage . ....... e et et e e et 1700 Volts

  • Filament Voltage, approximate . . .. ..o u v it i it v ittt an s ot toannenssnsens

    2.3 V

    Filament Voltage, approximate . . .. ..o u v it i it v ittt an s ot toannenssnsens 2,3 Volts

  • Filament Currentl . . o v i i it it ittt ittt to e et at e e e

    5.3 A

    Filament Currentl . . o v i i it it ittt ittt to e et at e e e 5.3 Amperes

  • Swept Frequency Range . .. .. oo v ittt ittt v nensonneansonnsonsss 2860 to

    346 MHz

    Swept Frequency Range . .. .. oo v ittt ittt v nensonneansonnsonsss 2860 to 346 Megacycles

  • Sweep Voltage, Peak to Peak, typical .. ... ... ittt it

    550 V

    Sweep Voltage, Peak to Peak, typical .. ... ... ittt it 550 Volts

  • Anode Voltage at 3.16 GigacyCles . « . v v v v v v vt vt it et e e e e e s

    3000 V

    Anode Voltage at 3.16 GigacyCles . « . v v v v v v vt vt it et e e e e e s 3000 Volts

  • Anode Current. . ... T

    65 mA

    Anode Current. . ... T 65 Milliamperes

  • Average, Swept Across FullBand . .. . .o vt v v vttt enreennonronnssonssns

    110 W

    Average, Swept Across FullBand . .. . .o vt v v vttt enreennonronnssonssns 110 Watts ***

  • Minimum, At Any Point Without Sweep Voltage .. ............ e eeese

    100 W

    Minimum, At Any Point Without Sweep Voltage .. ............ e eeese 100 Watts ***

  • * Hold temperature to

    125 C

    * Hold temperature to 125 C or less at point shown on the outline drawing. At the maximum inlet temperature of 110 C,

  • 1 Set to give anode current marked on tube within >

    2 mA

    1 Set to give anode current marked on tube within > 2 milliamperes.

  • PublishedData

    113 C

    113C 1.500

Capacitance

  • Air Temperature, MaXimMUI. « « « o v v v vt vt oo a s ot s oo s tnasosononsenenssas

    110 C

    Air Temperature, MaXimMUI. « « « o v v v vt vt oo a s ot s oo s tnasosononsenenssas 110 C

  • Body Temperature, maxXimumT « o v o v v v ot v ot e o vt s s e o s o oo s ansnossnessns

    125 C

    Body Temperature, maxXimumT « o v o v v v ot v ot e o vt s s e o s o oo s ansnossnessns 125 C