Rectifier - Full Wave ·Rectifier-Rectifier
Indirectly heated twin-anode full-wave rectifier for higher-current electronic power supplies. Its 6.3 V heater and substantial output capability suit amplifiers and other demanding DC loads.
Twin-anode full-wave rectifier for higher-current power-supply service.
Small-button Noval 9-contact
General specifications
Properties common to every published source and operating point.
Electrical assignments shared by every tube using this base designation.
No verified pinout is recorded for this base designation.
2 physical sections, each with unique specifications.
Section 1
Double-anode rectifying tube; repeated identical rectifier sections compressed to one emitted section row.
Section 2
Physical rectifier section 2; identical section values duplicated per physical-section policy.
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
Published nominal value
Heater current
1 A
Published nominal value
Maximum transformer RMS voltage
350 V
Per anode
Maximum rectifier capacitor
50 uF
Published
Data set 02
Published operating points and test conditions from this source.
Transformer voltage maximum
2x350 V
FullWave
DC output current maximum
150 mA
Peak plate current maximum
450 mA
Rectified DC voltage
350 V
At2x350VInput
Data set 03
Published operating points and test conditions from this source.
AC Supply Plate-to-Plate RMS Voltage
700 V
Maximum Reservoir Capacitance
50 uF
CapacitorInputFilter
AC Supply Plate-to-Plate RMS Voltage
500 V
CapacitorInputFilter
DC Output Voltage
245 V
CapacitorInputFilter; OutputCurrent=150mA
Limiting Resistor per Plate
150 ohm
CapacitorInputFilter; Input=500Vrms
AC Supply Plate-to-Plate RMS Voltage
700 V
CapacitorInputFilter
DC Output Voltage
347 V
CapacitorInputFilter; OutputCurrent=150mA
Limiting Resistor per Plate
240 ohm
CapacitorInputFilter; Input=700Vrms
Data set 04
Published operating points and test conditions from this source.
AC supply voltage per plate
350 V RMS
CapacitorInputFilter
DC output current
150 mA
CapacitorInputFilter
Maximum input capacitor
50 µF
CapacitorInputFilter
DC output voltage
347 V
CapacitorInputFilter
Data set 05
Published operating points and test conditions from this source.
Heater Voltage
6.3 V
Heater Current
1 A
RMSInputPerAnode
350 V
Data set 06
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Published nominal value
Heater current
1 A
Published nominal value
Data set 07
Published operating points and test conditions from this source.
AC supply voltage per plate
350 V RMS
FullWave
DC output current maximum
150 mA
FullWave
Maximum input capacitor
50 µF
CapacitorInputFilter
DC output voltage
347 V
FullWave
Data set 08
Published operating points and test conditions from this source.
AC input voltage per plate
250 V RMS
CapacitorInputFilter
Filter capacitance
50 uF
CapacitorInputFilter
Minimum series resistance per plate
150 ohm
CapacitorInputFilter
DC output current
160 mA
CapacitorInputFilter
DC output voltage
245 V
CapacitorInputFilter
AC input voltage per plate
350 V RMS
CapacitorInputFilter
Minimum series resistance per plate
230 ohm
CapacitorInputFilter
DC output current
150 mA
CapacitorInputFilter; ACInput=350V
DC output voltage
352 V
CapacitorInputFilter; ACInput=350V
AC input voltage per plate
450 V RMS
CapacitorInputFilter
Minimum series resistance per plate
310 ohm
CapacitorInputFilter; ACInput=450V
DC output current
100 mA
CapacitorInputFilter; ACInput=450V
DC output voltage
497 V
CapacitorInputFilter; ACInput=450V
AC input voltage per plate
250 V RMS
ChokeInputFilter
Data set 09
Published operating points and test conditions from this source.
P.I.V. max
1.3 V
Characteristic
R" m (pe r anode)
310
Characteristic
t he lim iti ng res ist ance . Rat ing cha rt
2
Characteristic
w it h rat ing ch art
3 w
Characteristic
1 Bo undary fo r o pe ra tio n w it h c_
1 w
Characteristic
) Rl im = R s + n
2
Characteristic
Data set 10
Published operating points and test conditions from this source.
Heater or filament voltage
6.3 V
Published nominal or stated operating value
Heater or filament current
1 A
Published nominal or stated operating value
Maximum rectifier capacitor
50 uF
Capacitor-input filter
Data set 11
Published operating points and test conditions from this source.
TransformerVoltage
450 V RMS
FullWave;PerAnode
Data set 12
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Published nominal value
Heater current
1 A
Published nominal value
Maximum reservoir capacitor
50 uF
Capacitor-input filter
DC output current
160 mA
250 Vrms per anode
Data set 13
Published operating points and test conditions from this source.
Transformer voltage Vir
450 V
Transformer voltage Vir 2x450 VRMS
D.C. current I
100 mA
D.C. current I 100 mA
Heater voltage Vi
6.3 V
Heater voltage Vi 6.3 V
Heater current Ie
1 A
Heater current Ie 1 A
Transformer voltage Ver
450 V
Transformer voltage Ver 2x250 2x350 2x450 VRMS
D.C. current Iy
100 mA
D.C. current Iy 160 150 100 mA
Transformer voltage Ver
450 V
Transformer voltage Ver 2x250 2x350 2x450 Vpms
D.C. current I,
150 mA
D.C. current I, 180 180 150 mA
Anode voltage, peak inverse max
1300 V
Anode voltage, peak inverse max. 1300 V
Anode current, peak max
500 mA
Anode current, peak max. 500 mA
surge max
1.8 A
surge max. 1.8 A
Cathode to heater voltage, k pos max
500 V
Cathode to heater voltage, k pos max. 500 V
Input capacitor of smoothing filter max,
50 w
Input capacitor of smoothing filter max, 50 wuF
Published electrical value
30 V
% 00 200 300 400 500 0 0 20 30 VaV) 40
Data set 14
Published operating points and test conditions from this source.
TransformerSeriesResistancePerPlate
150 ohm
CapacitorInputFilter;50Hz;ACPerPlate=250V
DC Output Current
160 mA
CapacitorInputFilter;50Hz;ACPerPlate=250V
FilterCapacitance
50 uF
CapacitorInputFilter;50Hz;ACPerPlate=250V
DC Output Voltage
245 V
CapacitorInputFilter;50Hz;ACPerPlate=250V
TransformerSeriesResistancePerPlate
230 ohm
CapacitorInputFilter;50Hz;ACPerPlate=350V
DC Output Current
150 mA
CapacitorInputFilter;50Hz;ACPerPlate=350V
FilterCapacitance
50 uF
CapacitorInputFilter;50Hz;ACPerPlate=350V
DC Output Voltage
352 V
CapacitorInputFilter;50Hz;ACPerPlate=350V
TransformerSeriesResistancePerPlate
310 ohm
CapacitorInputFilter;50Hz;ACPerPlate=450V
DC Output Current
100 mA
CapacitorInputFilter;50Hz;ACPerPlate=450V
FilterCapacitance
50 uF
CapacitorInputFilter;50Hz;ACPerPlate=450V
DC Output Voltage
497 V
CapacitorInputFilter;50Hz;ACPerPlate=450V
DC Output Current
180 mA
ChokeInputFilter;50Hz;ACPerPlate=250V
ChokeInductance
10 H
ChokeInputFilter;50Hz;ACPerPlate=250V
DC Output Voltage
199 V
ChokeInputFilter;50Hz;ACPerPlate=250V
Data set 15
Published operating points and test conditions from this source.
Uf
6.3 V
Published value
If
1 A
Published value
f
50
Published value
ID.C.
160
Published value
C
50
Published value
f
50
Published value
ID.C.
180
Published value
L
10
Published value
UD.C.
199
Published value
Ua invp
1300 V
Published value
Ip
500 mA
Published value
Ukf
500 V
Published value
Cfilt max.
50 µF
Published value
Lmin.
1 H
Published value