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Rectifier - Full Wave ·Rectifier-Rectifier

4652

Gas-filled full-wave rectifier for power-supply service. Low gas-discharge forward voltage and useful current capability distinguish it from conventional high-vacuum dual-diode rectifiers.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
2
Base
-
Socket code
-
Base pins
8
Nominal heater
1.6 V / 3.2 A

Description

Gas-filled full-wave rectifier.

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
-
Base pins
8
Nominal heater voltage
1.6 V
Nominal heater current
3.2 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

2 physical sections, each with unique specifications.

Section 1

Rectifier

X-ray radiationInterelectrode capacitances
Transconductance
0.006 S
Amplification factor
4
Max plate voltage
750 V
Max screen voltage
250 V
Max plate dissipation
25 W
Max screen dissipation
3 W
Max cathode current
150 mA
Rectifier peak inverse voltage
1000 V
Rectifier nominal output current
125 mA
Rectifier forward voltage drop
15 V

RF beam-power tube

Section 2

Rectifier

X-ray radiationInterelectrode capacitances
Transconductance
0.006 S
Amplification factor
4
Max plate voltage
750 V
Max screen voltage
250 V
Max plate dissipation
25 W
Max screen dissipation
3 W
Max cathode current
150 mA
Rectifier peak inverse voltage
1000 V
Rectifier nominal output current
125 mA
Rectifier forward voltage drop
15 V

Second physical rectifier section; electrical properties populated from corresponding identical section.

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

1957 Philips Receiving and Amplifying Tubes

Published operating points and test conditions from this source.

SECTION 1

Rectifier

Other

  • RMS input per anode maximum

    500 V

Characteristics

  • Filling

    Gas

SECTION 2

Rectifier

Other

  • RMS input per anode maximum

    500 V

Characteristics

  • Filling

    Gas

Data set 02

1971 RCA HB3 Binder 6 of 7

Published operating points and test conditions from this source.

SECTION 1

Rectifier

Characteristic

  • Heater/filament voltage nominal

    1.6 V

    WholeTube

  • Heater/filament current nominal

    3.2 A

    WholeTube

  • sleeve and grid No

    2 pF

    Published source row

  • sleeve and grid No (value 2)

    11 pF

    Published source row

  • Plate to filament &grid No

    3

    Published source row

  • sleeve and grid No

    2 pF

    Published source row

  • sleeve and grid No (value 2)

    8.5 pF

    Published source row

  • DC Plate Voltage

    750 V

    Published source row

  • DC Grid-No

    2 V

    Published source row

  • DC Grid-No (value 2)

    250 V

    Published source row

  • DC Grid-No.l Voltage

    -150 V

    Published source row

  • DC Plate Current

    150 mA

    Published source row

  • DC Grid-No.l Current

    4 mA

    Published source row

  • Plate Input

    90 W

    Published source row

  • Grid-No

    2 W

    Published source row

  • Grid-No (value 2)

    3 W

    Published source row

  • Plate Dissipation

    25 W

    Published source row

  • Transconductance

    0.006 A/V

    Promoted field corroboration

  • Amplification factor

    4

    Promoted field corroboration

  • Verified Transconductance

    0.006 A/V

    Verified from supplied datasheet rating/characteristic table

  • Verified Amplification factor

    4

    Verified from supplied datasheet rating/characteristic table

Other

  • Voltage (AC or DC)

    1.6 %

    Published source row

  • Voltage (AC or DC) (value 2)

    10 %

    Published source row

  • Current at

    1.6 V

    Published source row

  • Current at (value 2)

    3.2 V

    Published source row

  • Heating time

    1

    Published source row

  • Transconductance°

    6000

    Published source row

  • Mu-Factor°, Grid No

    2

    Published source row

  • Mu-Factor°, Grid No (value 2)

    4

    Published source row

  • DC Plate Voltage

    400 V

    Published source row

  • DC Grid-No

    2 V

    Published source row

  • DC Grid-No (value 2)

    190 V

    Published source row

  • DC Grid~No.l Voltaged

    -60 V

    Published source row

  • DC Plate Current

    150 mA

    Published source row

  • DC Grid-No

    2 mA

    Published source row

  • DC Grid-No (value 2)

    11 mA

    Published source row

  • DC Grid-No.l Current (ApproxJ

    2 mA

    Published source row

  • Power Output (Approx.)

    30 W

    Published source row

  • Grid-No.l Circuit Resistance

    30000

    Published source row

  • For plate volts =

    200 V

    Published source row

  • For plate volts = (value 2)

    2 V

    Published source row

  • For plate volts = (value 3)

    200 V

    Published source row

  • current =

    100 mA

    Published source row

  • c See Electrical Cons iderations -Grid-No

    2

    Published source row

  • Maximum plate voltage

    750 V

    Promoted field corroboration

  • Maximum screen voltage

    250 V

    Promoted field corroboration

  • Maximum plate dissipation

    25 W

    Promoted field corroboration

  • Verified Maximum plate voltage

    750 V

    Verified from supplied datasheet rating/characteristic table

  • Verified Maximum screen voltage

    250 V

    Verified from supplied datasheet rating/characteristic table

  • Verified Maximum plate dissipation

    25 W

    Verified from supplied datasheet rating/characteristic table

SECTION 2

Rectifier

Characteristic

  • Heater/filament voltage nominal

    1.6 V

    WholeTube

  • Heater/filament current nominal

    3.2 A

    WholeTube

  • sleeve and grid No

    2 pF

    Published source row

  • sleeve and grid No (value 2)

    11 pF

    Published source row

  • Plate to filament &grid No

    3

    Published source row

  • sleeve and grid No

    2 pF

    Published source row

  • sleeve and grid No (value 2)

    8.5 pF

    Published source row

  • DC Plate Voltage

    750 V

    Published source row

  • DC Grid-No

    2 V

    Published source row

  • DC Grid-No (value 2)

    250 V

    Published source row

  • DC Grid-No.l Voltage

    -150 V

    Published source row

Other

  • Voltage (AC or DC)

    1.6 %

    Published source row

  • Voltage (AC or DC) (value 2)

    10 %

    Published source row

  • Current at

    1.6 V

    Published source row

  • Current at (value 2)

    3.2 V

    Published source row

  • Heating time

    1

    Published source row

  • Transconductance°

    6000

    Published source row

  • Mu-Factor°, Grid No

    2

    Published source row

  • Mu-Factor°, Grid No (value 2)

    4

    Published source row

Data set 03

1999 Philips 0-D

Published operating points and test conditions from this source.

SECTION 1

Rectifier

Other

  • Heater voltage

    4 V

  • Heater current

    2.4 A

  • Maximum transformer secondary voltage

    1000 Vrms

  • Maximum output current

    120 mA

  • Maximum forward voltage drop

    15 V

  • Minimum series resistance

    100 ohm

    CapacitorInputFilter

  • Maximum filter capacitance

    16 uF

    CapacitorInputFilter

SECTION 2

Rectifier

Other

  • Heater voltage

    4 V

  • Heater current

    2.4 A

  • Maximum transformer secondary voltage

    1000 Vrms

  • Maximum output current

    120 mA

  • Maximum forward voltage drop

    15 V

  • Minimum series resistance

    100 ohm

    CapacitorInputFilter

  • Maximum filter capacitance

    16 uF

    CapacitorInputFilter