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Power - Beam (NOT sweep) ·BeamPower

6P1PEV

Long-life rugged Russian output beam tetrode for low-frequency power amplification, designed to withstand substantial mechanical loads and provide extended service life.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
B9A
Base pins
9
Nominal heater
6.3 V / 490 mA

Description

6I1IIN-EB Output beam tetrode Brixonnott sryyeBoii Terpon Kosroseunbii 6111T1- The 6ITIIT-EB long-life output beam tetrode EB npennasHayeH [/l yCUJEHHS MOLIHOCTH HH3- is designed for amplification of low-frequency po-

Socket description

Small-button Noval 9-contact

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
B9A
Base pins
9
Nominal heater voltage
6.3 V
Nominal heater current
490 mA
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

Beam Power

X-ray radiationInterelectrode capacitances
Plate resistance
57522.5 Ω
Transconductance
0.0049 S
Max plate voltage
250 V
Max screen voltage
250 V
Max plate dissipation
12 W
Max screen dissipation
1.3 W
Max cathode current
70 mA

Published electrical characteristics and permissible ratings promoted where OCR labels were unambiguous; remaining published numeric table entries retained in TUBE_SECTION_PARAMETER.

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

195X Russian

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Published electrical value

    6

    6I1IIN-EB Output beam tetrode

  • Brixonnott sryyeBoii Terpon Kosroseunbii

    6

    Brixonnott sryyeBoii Terpon Kosroseunbii 6111T1- The 6ITIIT-EB long-life output beam tetrode

  • KOH

    4

    KOH 4acTOTHI. wer.

  • Buixonnsie nyuesbie Terpoxbt

    6

    Buixonnsie nyuesbie Terpoxbt 6I11TI-EB Bminyc- The 6ITITI-EB output beam tetrodes are mi-

  • HoM

    0 mA

    HoM 0aJjioHe C JeBATHIITHIPbKOBOH HOXKKOMH, C OK- vided with a nine-pin base and an indirectly heat-

  • Buixoasuie syuessie Terpoxn OIIIIT-EB yeroi- The

    6

    Buixoasuie syuessie Terpoxn OIIIIT-EB yeroi- The 6TT1I{I-EB output beam tetrodes are re-

  • Published electrical value

    40 A

    95-—98% npu remneparype -+ 40°C, a TakKke +40°C, as well as to mechanical loads: linear

  • K BO

    10

    K BO3/IefICTBHIO MeXaHHUECKHX HArpy3oK: AUHEHUHBIX loads up to 100 g, vibration loads up to 10 g, mul-

  • Jo

    35

    Jo 100 g, BubGpanuonssix 1o 10 g, ynapHHX MHOIO- tiple impact loads up to 35 g and single impact

  • KpaTHbX no

    300

    KpaTHbX no 150 g, ymapuslx omuHouHBIX 10 300 g. loads up to 300 g.

  • FapantupoBannas poaroeeurHocts

    5000

    FapantupoBannas poaroeeurHocts 5000 uacos. Service life guarantee: 5000 hr.

  • Up

    38 mA

    Up 250V lyp?) <10 mA P, 2)% >38 W

  • ) Hpr Uy, =

    0

    ) Hpr Uy, =0.

  • Published electrical value

    -125 V

    2) ) Af" U, Uge=250 V, Uy =—125 V

  • Published electrical value

    5 V

    3) B AuHaMuuecKOM pexkuMe, NPH Ugi meif =88 V, R, =5 kQ.

  • Under dynamic conditions, at U gl ~ef =

    5

    Under dynamic conditions, at U gl ~ef =88V, R, =5 k.

  • Published electrical value

    38 W

    4) ITpu Ug]~‘ cooTReTcTBYOIEM Py =38 W.

  • At Uy corresponding to P, =

    38 W

    At Uy corresponding to P, =38 W.

  • Cor

    0.7 pF

    Cor 7H=17 pF Cota < 0,7 pF

  • Published electrical value

    105 pF

    C, 45+09 pF Cpn 105 pF

  • NPEAEJNBHO JONYCTUMBIE

    3

    NPEAEJNBHO JONYCTUMBIE 3KCNJAYATAILHOHHBIE NAHHBIE

  • UgQ

    250 V

    UgQ 250 V

  • Output beam tetrode

    6

    Output beam tetrode 6 r-l I I-I - E B

  • Published electrical value

    22.5

    22,5 max

  • Vgt =

    20

    Vgt =0V |et S — 20V

  • Published electrical value

    170 V

    199 200 700 “00 Up. V 170 Uy/N,V(effj

  • —_—— = IgQ Ug

    250 A

    —_—— = IgQ Ug2=250 A% — — =K Ug2=250 vV

  • Published electrical value

    240 W

    g 7 P ; 7 Ran 0 w & 120 160 00 240 UV

  • Published electrical value

    -63

    —63V; (TpHOZHOE COeIuHERHE)

  • Py Up=

    63

    Py Up=63V; (triode connection)

  • — —K; Ugo =

    63 V

    - — —K; Ugo =250 V Uy 63V

  • Ugl~eff =

    88

    Ugl~eff =88V

Other

  • HaunGoapmuit Bec

    20

    HaunGoapmuit Bec 20 e. Maximum weight: 20 gr.

Data set 02

1970 Russian Tubes Mashpriborintorg

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Source symbol U,

    63 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol I,

    492325 mA

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol S

    49+1.1 mA/V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol U,

    250 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol I,

    <55 mA

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol R,

    57.5225 kΩ

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol Up

    250 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol Cota

    < 0.7 pF

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol C,

    45+09 pF

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol Cpn

    105 pF

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Other

  • Source symbol U,

    66 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol I

    70 mA

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol U,

    250 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol UgQ

    250 V

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol Ry

    5 MΩ

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol P,

    12 W

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol g2

    1.3 W

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol T

    6 a

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

  • Source symbol a

    220 °C

    Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.