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Power - Beam (NOT sweep) ·BeamPower

6P1P

Russian output beam tetrode designed for low-frequency power amplification, providing compact audio-output service from conventional receiving-tube supplies.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
B9A
Base pins
9
Nominal heater
6.3 V / 500 mA

Description

BrixogHo#i syueBoit Terpom 6I1tI1 mpennasna- The 6IT1IT output beam tetrode is designed for Output beam tetrode Output beam tetrode

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
500 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
42500 Ω
Transconductance
0.0049 S
Max plate voltage
250 V
Max screen voltage
250 V
Max plate dissipation
12 W
Max screen dissipation
2.5 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

    61

    61T BeixonHo# JyueBoil TeTpon

  • BrixogHo#i syueBoit Terpom

    6

    BrixogHo#i syueBoit Terpom 6I1tI1 mpennasna- The 6IT1IT output beam tetrode is designed for

  • Brixonnbte sqydeBhie Terpoanl

    6

    Brixonnbte sqydeBhie Terpoanl 611111 BhimyckaroT- The 6ITIIT output beam tetrodes are miniature

  • Brixonubie smydeBsie Tetpoxnt

    6

    Brixonubie smydeBsie Tetpoxnt 611111 ycrofiunBbi The 6ITIIT output beam tetrodes are resistant

  • opu Temneparype

    100 A

    opu Temneparype +40°C, a Takxke K BO3IEHCTBHIO as to mechanical loads: linear loads up to 100 g,

  • MeXaHHUeCKHX Harpy

    2.5

    MeXaHHUeCKHX Harpy3ok: JauHelHbx o 100 g, Bm- vibration loads up to 2.5 g and multiple impact

  • GpaldOHHBIX

    12

    GpaldOHHBIX 10 2,5 g, yZapHBIX MHOTOKPATHBHIX A0 loads up to 12 g.

  • FapantupoBannasi noaroseyHocTs

    3000

    FapantupoBannasi noaroseyHocTs 3000 wacos. Service life guarantee: 3000 hr.

  • Published electrical value

    3

    3NEKTPUYECKHE JAHHBLIE

  • Cglk

    8 pF

    Cglk 8 pF

  • Cak

    5 pF

    Cak 5 pF

  • Cgla <

    0.9 pF

    Cgla < 0,9 pF

  • NPEOEJBHO AONYCTUMBIE

    3

    NPEOEJBHO AONYCTUMBIE 3KCINJAYATALHOHHBIE JAHHBIE

  • — — Iy Ugy =

    250 V

    — — Iy Ugy =250 V

  • Published electrical value

    6

    6 |—| I I—I BoixonHoii syueBoil Tetpop

  • Py, ki=

    1

    Py, ki=1(Ugi~ex) P, ky =1(R,)

  • Published electrical value

    88

    1 Ra =5 kQ Ugi et =88V

  • VARV

    114

    VARV4 114

  • Published electrical value

    80

    80 JARVIR.N

  • [Uf

    4

    [Uf 1) / )4 SINI5Y

  • Published electrical value

    1

    /1 / VAiRD4N4

  • Ugt

    1

    Ugt1mg” 150V 12571 1

  • Published electrical value

    12 A

    X 12 WAL A

  • [N

    8

    [N 75v__| 8 N/ N paviy

  • Published electrical value

    1

    < 08 LIV fij\._ 1 RPN ISUANP dNE

  • gl :I\. ] E iy, ?:’\‘ Uytime

    150

    gl :I\. ] E iy, ?:’\‘ Uytime 150V ’ ~ fi i < [/ynm =150V

  • Published electrical value

    3

    3 g5 Loy

  • S STD

    8 V

    S STD 1 a0y /8 — T+ v

  • Published electrical value

    500

    0 100 200 300 400 500 UgV g 100 200 300 400 500 UpgV

  • Ia imp? Ig

    1 A

    Ia imp? Ig2 imp? Igl imp = f (Ua) I a imp® Lyt imp =1 (Ua)

  • ~ — ~ Ly tmp Ugy =

    250 V

    ~ — ~ Ly tmp Ugy =250 V (triode connection)

  • _____ Lg

    63

    _____ Lg2 imp fimp =1 kHz Iy imp U,=63V

  • T=

    2

    T=2 us - = —lgiimp fimp

Other

  • Hauboasmusi Bec

    20

    Hauboasmusi 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 U,

    ~125 V

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

  • Source symbol I,

    50050 mA

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

  • Source symbol U,

    20 V

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

  • Source symbol I

    <7 mA

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

  • Source symbol S

    49 mA/V

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

  • Source symbol Uy,

    250 V

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

  • Source symbol P,

    >35 W

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

  • Source symbol R,

    42.5 kΩ

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

  • Source symbol Cglk

    8 pF

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

  • Source symbol Cak

    5 pF

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

  • Source symbol Cgla

    < 0.9 pF

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

Other

  • Source symbol U,

    69 V

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

  • Source symbol V

    2.5 W

    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,

    70 mA

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

  • Source symbol Ug2

    250 V

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

  • Source symbol Uy,

    100 V

    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.