Rectifier - Half Wave ·Rectifier
Indirectly heated single-anode rectifier for power-supply service. Its 6.3 V heater and moderate current capability suit receiver, amplifier, and general electronic DC supplies.
Single-anode rectifier for power-supply service. Indirectly heated Mazda/Belvu receiving tube; descriptive text translated to English from the French source.
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.
1 physical section, each with unique specifications.
Section 1
Published section ratings and characteristics promoted where applicable.
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
900 mA
Published nominal value
Maximum transformer RMS voltage
300 V
Single-tube service
Maximum rectifier capacitor
60 uF
Published
Data set 02
Published operating points and test conditions from this source.
Transformer voltage
250 V
Rectified current
180 mA
Transformer voltage maximum
250 V
Inverse plate voltage maximum
700 V
DC output current maximum
180 mA
Data set 03
Published operating points and test conditions from this source.
Heater voltage
6.3 V
Published nominal value
Heater current
300 mA
Published nominal value
Data set 04
Published operating points and test conditions from this source.
AC input voltage
250 V RMS
TwoTubes; FullWave
DC output voltage
225 V
TwoTubes; FullWave
DC output current
360 mA
TwoTubes; FullWave
Series resistance
75 ohm
PerPlate; ACInput=250V
AC input voltage
280 V RMS
TwoTubes; FullWave
DC output voltage
250 V
TwoTubes; FullWave
Series resistance
95 ohm
PerPlate; ACInput=280V
AC input voltage
300 V RMS
TwoTubes; FullWave
DC output voltage
268 V
TwoTubes; FullWave
Series resistance
110 ohm
PerPlate; ACInput=300V
Maximum peak inverse voltage
850 V
Maximum DC output current
360 mA
TwoTubes; FullWave
Maximum peak current per diode
1.1 A
Maximum heater-cathode voltage
450 V
Maximum filter capacitance
60 uF
Data set 05
Published operating points and test conditions from this source.
Tension filament ….…..…..…..…….éoseriesesesnesears onsecsancecsesesscoseenss VE
6.3 V
Courant filAment …....….….….…….…ererresecemaen sacacosececoenme cncaemsecsensenccss IË
900 mA
Tension inverse de crête d'anode …… Vaier
850 V
Courant redressé… - - … Ired
360 mA
Tensmn de crête entre filament et cathode …r…c0-e… VÉK CT
450 V
Courant de crête d'anode (1) uus … Iacr
1.1 A
Tension redressÉ®e ……s Vred 225 250
268 V
Courant redressé ……s Ired 360 360
360 mA
Data set 06
Published operating points and test conditions from this source.
Published electrical datum
900 mA
Heizung : indirekt durch Wechsel- = 900 mA
Published electrical datum
268 v
Vg = 225 250 268 v
Published electrical datum
360 mA
Io = 360 360 360 mA
Published electrical datum
60 µF
Crily = 60 60 60 uF
Published electrical datum
250 V
X 3+ V= 2x 250V,¢iRp= 2x 7502
Published electrical datum
-
0 00 200 300 I(mA) 400
Published electrical datum
0 Veff
Vir = max. 2x300 Veff
Published electrical datum
850 V
Va invp = max. 850 V
Published electrical datum
360 mA
Io = max. 360 mA
Published electrical datum
1.1 A
Iap‘) = max. 1,1 A
Published electrical datum
60 µF
Criit = max. 60 uF )
Published electrical datum
100 µF
) When Ry is increaged by 10 Q, Crijt = max. 100 uF
Published electrical datum
100 pF
51 Rt est augmenté de 10 @, Crijt = max. 100 pF
Published electrical datum
100 µF
Wenn Ry um 10 Q erhdht wird, ist Crilt = max. 100 uF
Heater voltage
6.3 V
Nominal heater rating
Heater current
900 mA
Nominal heater rating