Rectifier - Full Wave ·Rectifier-Rectifier
Indirectly heated full-wave high-vacuum rectifier for capacitor-input or choke-input power supplies. Its 6.3 V heater and moderate output capability suit receiver and general electronic B-plus supplies.
Full-wave high-vacuum rectifier for capacitor-input or choke-input filter service.
International Octal
General specifications
Properties common to every published source and operating point.
Electrical assignments shared by every tube using this base designation.
| Terminal | Section | Connection | Evidence |
|---|---|---|---|
| PIN1IS | A | IS — Internal Screen EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
| PIN2H | — | H — Heater EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
| PIN32P | A | P — Plate (Anode) EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
| PIN51P | A | P — Plate (Anode) EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
| PIN7H | — | H — Heater EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
| PIN8K | A | K — Cathode EIA chart transcription; independent manufacturer verification pending | Unverified EIA Base Connections, printed page 127, 6S |
2 physical sections, each with unique specifications.
Section 1
Published ratings and characteristics promoted where clearly stated; identical repeated sections compressed when applicable.
Section 2
Second physical rectifier section; electrical properties populated from corresponding identical section.
Source-dependent data
Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.
Data set 01
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Section1
Heater current
600 mA
Section1
RMS AC voltage per plate maximum
325 V
FullWave
Peak inverse voltage maximum
1250 V
FullWave
DC output current maximum
70 mA
FullWave
Maximum heater-cathode DC voltage
450 V
FullWave
Average tube voltage drop
22 V
At75mAOutputCurrentPerPlate
Data set 02
Published operating points and test conditions from this source.
HeaTer VoLTAGE (A. C. or D. C)).. aessacse s
6.3 V
HeaTer VoLTAGE (A. C. or D. C)).. aessacse s 6.3 Volts
HEATER CURRENT ......ccvovuvenes e seevers e
600 mA
HEATER CURRENT ......ccvovuvenes e seevers e 0.6 Ampere
A-C PLATE VOLTAGE PER PLATE (RMS) 350 max. Volts
350 V
A-C PLATE VOLTAGE PER PLATE (RMS) 350 max. Volts
PEAK INVERSE VOLTAGE.... 1250 max. Volts
1250 V
PEAK INVERSE VOLTAGE.... 1250 max. Volts
D-C OutPuT CURRENT........ csessesrsssseccese 75 max. Milliamperes
75 mA
D-C OutPuT CURRENT........ csessesrsssseccese 75 max. Milliamperes
The heater should be operated at 6.3 volts. 2 ‘I&LQ‘?\MSI eh N
2 V
The heater should be operated at 6.3 volts. 2 ‘I&LQ‘?\MSI eh N
fluctuate so that it exceeds 7.5 volts. The dc 2 YU R I
2 V
fluctuate so that it exceeds 7.5 volts. The dc 2 YU R I
limited to 400 volts
0 V
limited to 400 volts. 23 |_l20
rectifiers and filter circuits, refer to page 24 and D-C LOAD MILLIAMPERES
24 mA
rectifiers and filter circuits, refer to page 24 and D-C LOAD MILLIAMPERES
n SCREEN VOLTS =
300 V
n SCREEN VOLTS =300
> voLTS [Ec
0 V
> voLTS [Ec1=0
PLATE VOLTS
4583 V
PLATE VOLTS 92C—4583R1
Data set 03
Published operating points and test conditions from this source.
Filter service
Capacitor-input or choke-input
Data set 04
Published operating points and test conditions from this source.
Heater or filament voltage
6.3 V
Published nominal value
Heater or filament current
600 mA
Published nominal value
Rectified output current
70 mA
Published maximum or highest listed value
Data set 05
Published operating points and test conditions from this source.
Maximum peak inverse voltage
1250 V
Nominal DC output current
70 mA
Maximum peak forward current
210 mA
Maximum RMS supply voltage
325 V
Forward voltage drop
22 V
Forward-voltage-drop test current
70 mA
Data set 06
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Nominal
Heater current
600 mA
Nominal
AC plate voltage per plate RMS
325 V
CapacitorInputFilter
DC output current
70 mA
CapacitorInputFilter
AC plate voltage per plate RMS
450 V
ChokeInputFilter
DC output current
70 mA
ChokeInputFilter
Input choke
8 H
ChokeInputFilter
Total effective plate supply impedance per plate
150 ohm
CapacitorInputFilter
Data set 07
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Heater current
600 mA
Peak inverse voltage
1250 V
FullWave
DC output current
70 mA
FullWave
Peak plate current per plate
210 mA
EachPlate
Maximum heater-cathode voltage
450 V
AC plate voltage per plate
325 V
CapacitorInputFilter
Forward voltage drop
22 V