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Power - TV Horizontal Output (sweep) ·BeamPower

PL36

Beam-power tube designed for television line-output and pulse-power service.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
1
Base
-
Socket code
IO
Base pins
8
Nominal heater
25 V / 285 mA

Description

Beam power tube for television line-output and pulse-power service.

Socket description

International Octal

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
IO
Base pins
8
Nominal heater voltage
25 V
Nominal heater current
285 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
5500 Ω
Transconductance
0.011 S
Amplification factor
5.6
Max plate voltage
170 V
Max screen voltage
170 V
Max plate dissipation
10 W
Max screen dissipation
5 W
Max cathode current
200 mA

Filename-matched Russian entry only.

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

1953 La Radiotechnique

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristic

  • Indirect (cathode isolee du filament}

    3 A

    Pentode

  • Alimentation du filament en serie. (Vf

    25 V

    Pentode

  • Plate current inferieur de 20 a 25 % par rapport a la lecture des courbes

    20 a

    Pentode

Other

  • Plate voltage

    170 V

    Pentode

  • Screen-grid voltage

    170 V

    Pentode

  • Control-grid voltage

    21 V

    Pentode

  • Plate current

    100 mA

    Pentode

  • Screen-grid current

    88 mA

    Pentode

  • Plate voltage

    250 V

    Pentode

  • Plate voltage (crete positive). Vap

    7 kV

    Pentode

  • Plate voltage (crete negative) Vapn

    -1.5 kV

    Pentode

  • Screen-grid voltage

    250 V

    Pentode

  • (crete negative)

    1 kV

    Pentode

  • Plate dissipation

    10 W

    Pentode

  • Screen-grid dissipation . Pg2

    5 W

    Pentode

  • Cathode current

    200 mA

    Pentode

  • Grid-circuit resistance 1. Rg1

    5 mohm

    Pentode

  • pour Pa+ Pga<10 W

    10 W

    Pentode

  • (cathode positive)

    250 V

    Pentode

  • (cathode negative)

    2060 V

    Pentode

  • maximum admissible de Pg, est de 7 W

    7 W

    Pentode

  • sf fs Jn | mat 6 v [ 24 ] 0

    6 v

    Pentode

  • _ ), ; u

    -1 V

    Pentode

Capacitance

  • Plate capacitance

    8 pF

    Pentode

  • Control-grid capacitance

    175 pF

    Pentode

  • Capacite entre l'anodeetlagrille1 Cag:r< 11 pF

    11 pF

    Pentode

  • Plate voltage

    70 V

    Pentode

  • Screen-grid voltage

    170 V

    Pentode

  • Control-grid voltage

    1 V

    Pentode

  • Plate current

    500 mA

    Pentode

Data set 02

195X Tesla

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Heater voltage

    25 V

    Published nominal value or midpoint of published range

  • Heater current

    300 mA

    Published nominal value or midpoint of published range

Capacitance

  • Input capacitance

    18 pF

    Published first-page value

  • Output capacitance

    8 pF

    Published first-page value

Data set 03

1961 Ferranti Technical Handbook

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Heater Voltage

    25 V

  • Heater Current

    300 mA

Data set 04

1963 Philips Electron Tubes Handbook V1

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Other

  • Control-grid voltage

    -8.2 V

    HorizontalDeflection

  • Plate current

    100 mA

    HorizontalDeflection

  • Screen current

    7 mA

    HorizontalDeflection

  • Minimum drive at 5 kV peak plate voltage

    100 V

    HorizontalDeflection

  • Minimum drive at 7 kV peak plate voltage

    120 V

    HorizontalDeflection

Characteristic

  • Transconductance

    14000 µS

    Section1

  • Plate resistance

    5000 Ω

    Section1

  • Amplification factor

    5.6

    Section1

Capacitance

  • Plate capacitance

    8 pF

    Section1

  • Grid capacitance

    17.5 pF

    Section1

Data set 05

1967 Mullard Receiving and Amplifying Valves

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristic

  • Plate voltage

    100 V

  • Screen-grid voltage

    100 V

  • Grid voltage

    -8.2 V

  • Plate current

    100 mA

  • Screen-grid current

    7 mA

  • Transconductance

    14000 uS

  • Plate resistance

    5 kOhm

Capacitance

  • Input capacitance

    17.5 pF

  • Output capacitance

    8 pF

  • Plate-grid capacitance

    1.1 pF

Other

  • Peak positive plate voltage

    7 kV

    HorizontalDeflection

  • Peak negative plate voltage

    1.5 kV

    HorizontalDeflection

  • Peak negative grid voltage

    1 kV

    HorizontalDeflection

  • Combined plate and screen dissipation

    13 W

    HorizontalDeflection

  • Minimum drive at 5 kV peak plate voltage

    100 V

    HorizontalDeflection

  • Minimum drive at 7 kV peak plate voltage

    120 V

    HorizontalDeflection

Data set 06

1968 Mazda Belvu

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Other

  • HeaterVoltageNominal

    25 V

    Nominal

  • HeaterCurrentNominal

    300 mA

    Nominal

  • Maximum Plate Voltage

    300 V

  • Maximum Screen Voltage

    250 V

  • Maximum Plate Dissipation

    12 W

  • Maximum Screen Dissipation

    4 W

  • Maximum Cathode Current

    200 mA

  • PeakPlateVoltagePulseService

    7000 V

    Television line-output pulse service

Characteristic

  • Transconductance

    14000 µS

    Typical

  • Plate Resistance

    15000 ohm

    Typical

Data set 07

1972 Philips Receiving Tubes

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Heater voltage

    25 V

    Published nominal value

  • Heater current

    300 mA

    Published nominal value

  • Transconductance

    14000 µS

    Published operating characteristic

Other

  • Maximum positive peak anode voltage

    7 kV

    Pulse duration <=22% cycle, max 18 us

Data set 08

1973 Mazda Valves Binder 2

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Characteristics

  • Heater voltage

    25 V

    Published nominal value

  • Heater current

    300 mA

    Published nominal value

  • Transconductance

    14000 µS

    Published operating characteristic

Other

  • Maximum plate dissipation

    7.5 W

    Published maximum rating

  • Maximum positive peak anode voltage

    7 kV

    Pulse duration <=22% cycle, max 18 us

Data set 09

1981 Russian Tubes Katsnelson and Larionov

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Other

  • Heater voltage

    25 V

    Translated from Russian source; Напряжение накала . . . . . . . . .. .. ,, 25 В

  • Plate voltage

    250 V

    Translated from Russian source; Напряжение анода . . . . ., .. .. е , , 250 В

  • Plate voltage

    1500 V

    Translated from Russian source; Отрицательное напряжение анода в импульсе . ‚ ‚ ‚ 1500 В

  • Cathode current

    200 mA

    Translated from Russian source; Ток катода . . . . . . .. .к. 200 мА

Characteristics

  • Plate current

    100 mA

    Translated from Russian source; Ток анода . . . . . .. ., 100 мА

  • Transconductance

    14 mA/V

    Translated from Russian source; Крутизна характеристики . . ‚ . . . . .. .. , 14 мА/В

  • Amplification factor

    1

    Translated from Russian source; Коэффициент усиления по 2-Й сетке относительно 1-Й

  • Heater current

    815 mA

    Translated from Russian source; Ток накала . . . .. ке В, , . 285—815 мА

Data set 10

1999 Philips E-Z

Published operating points and test conditions from this source.

SECTION 1

Beam Power

Other

  • Peak anode voltage

    7 kV

  • Minimum drive at 7 kV peak anode voltage

    120 V

  • Anode-grid capacitance

    1.1 pF

Characteristic

  • Anode capacitance

    8 pF

  • Grid capacitance

    17.5 pF