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Rectifier - Full Wave ·Rectifier-Rectifier

6C4PEV

Ruggedized Russian double-anode kenotron with common cathode for low-power rectifier service. Rated for approximately 900 V peak inverse voltage and 72 mA DC output from a 6.3 V heater.

Directly heatedCold cathodeCommon cathodeDissimilar
Sections
2
Base
-
Socket code
B7G
Base pins
7
Nominal heater
6.3 V / 450 mA

Description

Heoiinoit xeHoTpoH 6LI4[1-EB ¢ obwuM xaTtomom The 6UA4IT-EB double kenotron with a common npeArasHauyeH s paboTel B KayeCTBe MAaJIOMOILLHBIX cathode has been designed for use as a low-power ! — diode 1 anode; 2 — vacant; 3 — heater; 4 — heater; 5 — cathode; 6 — vacant; 7 — diode 2 anode

Socket description

Miniature 7-contact

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
B7G
Base pins
7
Nominal heater voltage
6.3 V
Nominal heater current
450 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

2 physical sections, each with unique specifications.

Section 1

Rectifier

X-ray radiationInterelectrode capacitances
Rectifier peak inverse voltage
900 V
Rectifier nominal output current
72 mA
Rectifier warm-up time
150 s

Representative section row from the complete filename-matched Russian datasheet content only; neighboring-tube fragments excluded.

Section 2

Rectifier

X-ray radiationInterelectrode capacitances
Rectifier peak inverse voltage
900 V
Rectifier nominal output current
72 mA
Rectifier warm-up time
150 s

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

195X Russian

Published operating points and test conditions from this source.

SECTION 1

Rectifier

Characteristics

  • Plate current

    =350 mA

    Hanpaxeuse, B: Voltage, V: HAKAMMA .o oot ti e in et ieieee i ieensaaaanenas 6,3 heater ... ..o 6.3 avoma kaxaoro adosaa (mpu roke anoza 150 MA) =50 anode of each diode, at anode current 150 mA ... =350

  • Plate current

    45 mA

    HAKAMMA .o oot ti e in et ieieee i ieensaaaanenas 6,3 heater ... ..o 6.3 avoma kaxaoro adosaa (mpu roke anoza 150 MA) =50 anode of each diode, at anode current 150 mA ... =350 TOK HAKaMa, MA . ... .ttt ein i eniaannns 450%45

  • Heater current

    45 mA

    avoma kaxaoro adosaa (mpu roke anoza 150 MA) =50 anode of each diode, at anode current 150 mA ... =350 TOK HAKaMa, MA . ... .ttt ein i eniaannns 450%45 Heater current, mA . ........

  • Heater current

    45 mA

    TOK HAKaMa, MA . ... .ttt ein i eniaannns 450%45 Heater current, mA . ........ ... ... ... ... 450+45

  • Heater current

    45 mA

    Heater current, mA . ........ ... ... ... ... 450+45 BeHTHALHAN MPOYHOCTH:

  • Rectified current

    =75 mA

    BeHTHALHAN MPOYHOCTH: BLITPAMIIEHHBIH TOK, MA . ... ... ... .......... =75 Rectifier strength: MEPEMEHHOE HANPAXKEHUE BTOPHYHON OOMOTKH rectified current, mA .. ... .. ... L =75

  • Rectified current

    2 mA

    BLITPAMIIEHHBIH TOK, MA . ... ... ... .......... =75 Rectifier strength: MEPEMEHHOE HANPAXKEHUE BTOPHYHON OOMOTKH rectified current, mA .. ... .. ... L =75 Tpauchopmatopa, Badd. ... ...l 2% 350 transformer secondary alternating voltage, V (

  • Rectified current

    5.2 mA

    MEPEMEHHOE HANPAXKEHUE BTOPHYHON OOMOTKH rectified current, mA .. ... .. ... L =75 Tpauchopmatopa, Badd. ... ...l 2% 350 transformer secondary alternating voltage, V (r.m.s.) 2x350 COMpPOTHBNEHHE HATPY3KH, KOM ... .. ... ...... 52 load resi

  • Rectified current

    5000 mA

    OnekTpuyeckue napamerpsi B TeueHne 5000 4 akcriny- aTauMu: Electrical parameters over 5000 operating hours: COXpAHEHHUE BEHTHNbHON MPOYHOCTH NPH BLIMPAM- retainment of rectifier strength at rectified current

  • Rectified current

    68 mA

    aTauMu: Electrical parameters over 5000 operating hours: COXpAHEHHUE BEHTHNbHON MPOYHOCTH NPH BLIMPAM- retainment of rectifier strength at rectified current JIEHHOM TOKe He MeHee 68 MA at least 68 mA

  • Rectified current

    68 mA

    COXpAHEHHUE BEHTHNbHON MPOYHOCTH NPH BLIMPAM- retainment of rectifier strength at rectified current JIEHHOM TOKe He MeHee 68 MA at least 68 mA

Other

  • Load resistance

    8 kOhm

    Tpauchopmatopa, Badd. ... ...l 2% 350 transformer secondary alternating voltage, V (r.m.s.) 2x350 COMpPOTHBNEHHE HATPY3KH, KOM ... .. ... ...... 52 load resistance, KOhm ... ..... ... .............. 5.2 eMKOCTb GuabTpa, MkD ... ... 8 filter

  • Load resistance

    4 kOhm

    COMpPOTHBNEHHE HATPY3KH, KOM ... .. ... ...... 52 load resistance, KOhm ... ..... ... .............. 5.2 eMKOCTb GuabTpa, MkD ... ... 8 filter capacitance, uF .. ... ... .. ... ... ... 8 OnekTpuyeckue napamerpsi B TeueHne 5000 4 akcriny-

  • Filter capacitance

    5000 uF

    eMKOCTb GuabTpa, MkD ... ... 8 filter capacitance, uF .. ... ... .. ... ... ... 8 OnekTpuyeckue napamerpsi B TeueHne 5000 4 akcriny- aTauMu: Electrical parameters over 5000 operating hours:

  • Published electrical data

    3

    IIpenenbhsie 3HAYEHHA TOMYCTHMBIX Limit Values of Operating

  • Published electrical data

    6.6; 6.0

    HAKAMA ... .ooieeeeine ., 6.6 6,0

  • Published electrical data

    100; 100

    udane ronorpesaTens .. .. .. 100 tial Lo 100

  • Plate voltage

    1000 V

    NpH OTPHUATENBHOM I[OTEH- with heater at negative poten- uMasne roaorpeBaTens . ... .. 400 tial ... 400 AMILTHTY A2 0OpaTHOTO HANPSIKEHUA Peak reverse anode voltage, V ..... 1000

  • Plate voltage

    1000 V

    uMasne roaorpeBaTens . ... .. 400 tial ... 400 AMILTHTY A2 0OpaTHOTO HANPSIKEHUA Peak reverse anode voltage, V ..... 1000 aHoma, B ... ... .. ... ... ..., 1000

  • Plate current

    300 mA

    AMILTHTY A2 0OpaTHOTO HANPSIKEHUA Peak reverse anode voltage, V ..... 1000 aHoma, B ... ... .. ... ... ..., 1000 Peak anode current, mA .......... 300

  • Plate current

    300 mA

    aHoma, B ... ... .. ... ... ..., 1000 Peak anode current, mA .......... 300 AMIIIMTYJa TOKA aHOHA, MA ... ... 300

  • Plate current

    250 mA

    Peak anode current, mA .......... 300 AMIIIMTYJa TOKA aHOHA, MA ... ... 300 Anode current (pulfse), mA ........ 250

  • Plate current

    250 mA

    AMIIIMTYJa TOKA aHOHA, MA ... ... 300 Anode current (pulfse), mA ........ 250 Tox aHoaa B UMOyAbLCE, MA ...... 250

  • Plate current

    30 mA

    Anode current (pulfse), mA ........ 250 Tox aHoaa B UMOyAbLCE, MA ...... 250 Bpems roToBHOCTH, € ............ 30 Warm up period, s ............... 30

  • Warm-up time

    150 s

    Tox aHoaa B UMOyAbLCE, MA ...... 250 Bpems roToBHOCTH, € ............ 30 Warm up period, s ............... 30 Temneparypa 6annosa,°C ........ 150 Bulb temperature, °C .........

  • Warm-up time

    150 s

    Bpems roToBHOCTH, € ............ 30 Warm up period, s ............... 30 Temneparypa 6annosa,°C ........ 150 Bulb temperature, °C ......... .. .. 150

  • Bulb temperature

    150 C

    Temneparypa 6annosa,°C ........ 150 Bulb temperature, °C ......... .. .. 150

Data set 02

1981 Russian Tubes Katsnelson and Larionov

Published operating points and test conditions from this source.

SECTION 1

Rectifier

Characteristics

  • Heater voltage nominal

    6.3 V

    Published heater operating voltage

  • Heater current nominal

    450 mA

    Nominal or midpoint of published heater-current tolerance

  • Plate current at 50 V

    150 mA

    Minimum

  • Rectified current

    72 mA

    350 V AC, 5.2 kOhm, 8 uF

  • Service life

    5000 h

    Published

Other

  • Peak inverse voltage

    900 V

    Published limit