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6E15P

Russian high-voltage tetrode designed for specialized high-voltage electronic service. Available translated source material supports the high-voltage role without a more specific functional assignment.

Directly heatedCold cathodeCommon cathodeDissimilar

Sections: 1
Base: -
Socket code: B9A
Base pins: 9
Nominal heater: 6.3 V / 625 mA

Description

BricokoBonbTHbiA TeTpoa 631511 npeanasnauen nns The 631511 high-voltage tetrode has been designed

Socket description

Small-button Noval 9-contact

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base: -
Socket code: B9A
Base pins: 9
Nominal heater voltage: 6.3 V
Nominal heater current: 625 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

1 physical section, each with unique specifications.

Section 1

Tetrode

X-ray radiationInterelectrode capacitances

Transconductance: 0.0007 S
Max plate voltage: 5000 V
Max screen voltage: 60 V
Max plate dissipation: 10 W
Max screen dissipation: 0.15 W

Confirmed Russian 6E15P source: normal anode maximum 5 kV; cold switching up to 10 kV only with anode resistance >=0.5 MΩ. Max anode current 10 mA (not necessarily cathode-current limit); max heater-cathode +/-150 V. Screen max 60 V; anode dissipation 10 W, screen dissipation 0.15 W. Existing parameter values not reconciled; beware OCR contamination.

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

Tetrode

Characteristics

Published electrical data
16; 6.3; 6.3
16BN 6,3 heater ... .. ... L. 6.3
Published electrical data
5; 103; 5; 103
BHOMA .ottt ittt iiie e et iieaaiaeaa 5-103 anode ... 5-103
Plate current
1.15 mA
BHOMA .ottt ittt iiie e et iieaaiaeaa 5-103 anode ... 5-103 CeTKH BTOPOH ... ..iiiitnianeeinnannnn, 25 grid 2 .. 25 CeTKH nepsoit B paboueit Toyke (nNpH Toke aHonda grid 1 at operating point, at anode current 2 mA —-2.45=1.15
Plate current
1.15 mA
CeTKH BTOPOH ... ..iiiitnianeeinnannnn, 25 grid 2 .. 25 CeTKH nepsoit B paboueit Toyke (nNpH Toke aHonda grid 1 at operating point, at anode current 2 mA —-2.45=1.15 2MA) —245+1,15
Plate current
1.15 mA
CeTKH nepsoit B paboueit Toyke (nNpH Toke aHonda grid 1 at operating point, at anode current 2 mA —-2.45=1.15 2MA) —245+1,15 Current, A:
Plate current
2 mA
1- 0,625+0,125 heater ... ... ... ... 0.625=0.125 grid 2, at anode current 2 mA . .........
Plate current
1073 mA
heater ... ... ... ... 0.625=0.125 grid 2, at anode current 2 mA . ......... ... ... =<75-1073
Plate current
1073 mA
grid 2, at anode current 2 mA . ......... ... ... =<75-1073 CETKH BTOpO#t (Npu ToKe anHona 2 MA) .......... =75-1073
Transconductance
1073 mA/V
... ... =<75-1073 CETKH BTOpO#t (Npu ToKe anHona 2 MA) .......... =75-1073 Transconductance, mA/V ... ... ..............
Transconductance
6 mA/V
CETKH BTOpO#t (Npu ToKe anHona 2 MA) .......... =75-1073 Transconductance, mA/V ... ... .............. ... l.6_+.g'_§
Transconductance
55 mA/V
Transconductance, mA/V ... ... .............. ... l.6_+.g'_§ KpyTtaina xapakvrepuctuky, MA/B ... ... ... ... 1,61%’_55
Published electrical data
1.61; 55
KpyTtaina xapakvrepuctuky, MA/B ... ... ... ... 1,61%’_55
Published electrical data
=1
OOpaTHBIl TOK CETXH nepBOH, MKA .. ............. =1
Plate current
0.1 mA
OOpaTHBIl TOK CETXH nepBOH, MKA .. ............. =1 Inverse grid 1 current, A ... ... .............. =1 Grid 1 cutoff voltage, at anode current 0.1 mA,V,
Plate current
3 mA
Inverse grid 1 current, A ... ... .............. =1 Grid 1 cutoff voltage, at anode current 0.1 mA,V, 3anMparolllee HaNpsKEHHE CETKU NEpBOH (NpU Toke
Plate current
10 mA
Grid 1 cutoff voltage, at anode current 0.1 mA,V, 3anMparolllee HaNpsKEHHE CETKU NEpBOH (NpU Toke At MOSt . ... - 10
Published electrical data
10
At MOSt . ... - 10
Plate current
2350 mA
At MOSt . ... - 10 anona 0,1 MA), B, ueGonee ...................... —10 Amplification factor, at anode current 2 mA . ....... 2350
Plate current
2350 mA
anona 0,1 MA), B, ueGonee ...................... —10 Amplification factor, at anode current 2 mA . ....... 2350 Koadbdunuest ycunenus (npu Toke anona 2 MA) ... 2350
Plate current
2350 mA
Amplification factor, at anode current 2 mA . ....... 2350 Koadbdunuest ycunenus (npu Toke anona 2 MA) ... 2350 Emkocts, n®: Capacitance, pF:
Published electrical data
5; 5
BXOOHAM . ..t iittinain e ienaa e, 5 INPUL ..ottt 5
Published electrical data
0.7; 0.7
BBIXOOHAM .. .. ... .. itiiieinineaninannn.. 0,7 OULPUL Lo e 0.7
Published electrical data
=0.05; =0.05
IPOXOHHAN ..ttt ittt e it iieannn =0,05 transfer ....... ... ... .. =0.05
Warm-up time
=350 s
IPOXOHHAN ..ttt ittt e it iieannn =0,05 transfer ....... ... ... .. =0.05 BpeMA FOTOBHOCTH, © ..ot vvin e iieee e =350 Warm up period, s ........
Warm-up time
2000 s
Warm up period, s ........ ... ..ol =50 DnexTpryeckue napameTpsl B Teuenue 2000 v ykcnny-
Published electrical data
2000
DnexTpryeckue napameTpsl B Teuenue 2000 v ykcnny-
Transconductance
=0.7 mA/V
DnexTpryeckue napameTpsl B Teuenue 2000 v ykcnny- aTauMH: Electrical parameters over 2000 operating hours: KDYTH3HA XapaKTepUCTHKH, MA/B ... ... ... ... .. =0,7 transconductance, mA/V ......
Transconductance
=0.7 mA/V
aTauMH: Electrical parameters over 2000 operating hours: KDYTH3HA XapaKTepUCTHKH, MA/B ... ... ... ... .. =0,7 transconductance, mA/V ...... ... ...l =0.7
Transconductance
=0.7 mA/V
KDYTH3HA XapaKTepUCTHKH, MA/B ... ... ... ... .. =0,7 transconductance, mA/V ...... ... ...l =0.7

Other

Published electrical data
3
I’Ipene.m,nue 3HAYEHHA QONYCTHMbIX Limit Values of Operating
Published electrical data
7; 5.7; 7; 57
Hakana ...................... 7 5,7 heater 7 57
Published electrical data
5103; 5.103
AHOMR - .. einrieninnnnnnn... 5103 anode . ¢ 5.103 ’
Published electrical data
8
8HOIA NpH BKIIOYEHHHA Ha X0N101- anode on switching from cold, at
Published electrical data
=0.5; 10; 103; 0.5; 10; 103
asona =0,5MOmMm) ........... 10- 103 0.5 MOhm 10-103
Published electrical data
6020; 60
zc::: :TO:S:: ................ 6020 erid2 .o 60
Published electrical data
1; -2
ETKM MEPBOR v - grid 1 ... -2
Published electrical data
150
NpH MOMOXHTENLHOM MOTEH- tial 150
Published electrical data
150
uKaje noforpesatend .... 150 with heater at negative poten-
Plate current
10 mA
uKaje noforpesatend .... 150 with heater at negative poten- NpH OTPHUATENBHOM MOTEH- tial 150 Uwajie noforpepatend ... ... 150 Anode current, mA ............... 10
Plate current
10 mA
NpH OTPHUATENBHOM MOTEH- tial 150 Uwajie noforpepatend ... ... 150 Anode current, mA ............... 10 Tok avoma, MA . ................ 10
Plate current
10 mA
Uwajie noforpepatend ... ... 150 Anode current, mA ............... 10 Tok avoma, MA . ................ 10 MowHOCTh, BT: Power dissipation, W:
Published electrical data
10; 10
pacceMBaeMas aHOOOM . ....... 10 atanode ............ooo. 10
Published electrical data
0.15; 0.15
paccensaemas ceTkod Bropoit 0,15 atgrid2 ... .. ... 0.15
Published electrical data
0.1
B UENH CETKU NEPBOA . ... ... ... 0,1 Resistance, MOhm:
Published electrical data
1; 0.1
B UEMU CETKH BTOPOIt NPH Hanps- in grid 1 circuit .. ... ..., .. 0.1
Published electrical data
2
XEHHUHK CETKH BTOPOI#: in grid 2 circuit:
Screen voltage
1073 V
XEHHUHK CETKH BTOPOI#: in grid 2 circuit: He Gonee 40 B ........ ... . 5-1073 at grid 2 voltage at most 40 V 5-1073
Screen voltage
40 V
He Gonee 40 B ........ ... . 5-1073 at grid 2 voltage at most 40 V 5-1073 He MeHee 40B ... ...,
Screen voltage
1073 V
... . 5-1073 at grid 2 voltage at most 40 V 5-1073 He MeHee 40B ... ..., ... .. 10- 1073 at grid 2 voltage at least 40 V 10-1073
Screen voltage
175 V
He MeHee 40B ... ..., ... .. 10- 1073 at grid 2 voltage at least 40 V 10-1073 Temnepatypa 6annoua,°C........ 175 Bulb temperature, °C . ............ 175
Screen voltage
175 V
... .. 10- 1073 at grid 2 voltage at least 40 V 10-1073 Temnepatypa 6annoua,°C........ 175 Bulb temperature, °C . ............ 175
Bulb temperature
175 C
Temnepatypa 6annoua,°C........ 175 Bulb temperature, °C . ............ 175
Published electrical data
5
YcpenHeuHble aHOAHbIE U CETOMHO-AHOAHBIE XAPAKTEPUCTHKH: 5 \! :““
Published electrical data
2; 3
I — Tok aHoma; 2 — TOK CeTKH BTOPOH; 3 — Haubonpwas N0- L X
Published electrical data
4
NyCTUMas MOIIHOCTh, PAacCeMBaeMasi aHOIOM 4 TR
Published electrical data
63; 25; 7
Un=63V, Ugp=25V i SET 7
Plate current
2 mA
. L J . L~ 1. ] Averaged anode and grid-anode characteristics: I > iy ! — anode current; 2 — grid 2 current; 3 — maximum permis- 2 - L4
Plate current
11 mA
Averaged anode and grid-anode characteristics: I > iy ! — anode current; 2 — grid 2 current; 3 — maximum permis- 2 - L4 sible anode dissipation 11L&
Plate current
25 mA
! — anode current; 2 — grid 2 current; 3 — maximum permis- 2 - L4 sible anode dissipation 11L& Un=63V, Ugpa=25V T :
Plate dissipation
4 W
sible anode dissipation 11L& Un=63V, Ugpa=25V T : 0 1 2 J 4 g Uprv
Published electrical data
0; 1; 2; 4
0 1 2 J 4 g Uprv
Published electrical data
0; 1; 2; 3; 4; 5; 2; 3
0 1 2 3 4 5 UguV g ! 2 3 4 5 va,kv
Published electrical data
2; 3; 1; 2; 3; 10
I — Tok aHoma; 2 — TOK CeTkH BTOpOH; 3 — Haubonbluas 1 — TOK aHOna; 2 — TOK CETKH BTOPOit; 3 — Haubonpiuas 10NyCTH-
Published electrical data
6.3; 50; 63; =60
Un=6,3V, Up=50 V Un=63 V, Ugr =60 V
Plate current
3 mA
Un=6,3V, Up=50 V Un=63 V, Ugr =60 V Averaged anode and grid-anode characteristics: Averaged anode and grid-anode characteristics: I — anode current; 2 — grid 2 current; 3 — maximum permis- ! — anode current; 2 — grid 2 current; 3 — maximum
Plate current
3 mA
Averaged anode and grid-anode characteristics: Averaged anode and grid-anode characteristics: I — anode current; 2 — grid 2 current; 3 — maximum permis- ! — anode current; 2 — grid 2 current; 3 — maximum permissible sible anode dissipation
Plate current
60 mA
I — anode current; 2 — grid 2 current; 3 — maximum permis- ! — anode current; 2 — grid 2 current; 3 — maximum permissible sible anode dissipation anode dissipation Un=63V, Ugp=50 V Un=63V, Ugp=060V
Plate dissipation
60 W
sible anode dissipation anode dissipation Un=63V, Ugp=50 V Un=63V, Ugp=060V
Published electrical data
8
8 EEEY
Published electrical data
419
P HT Ua=ZxV*419
Published electrical data
10
» //zmv 10
Published electrical data
=2
Kig =2V
Published electrical data
7
III 7
Published electrical data
8
pSxv 8
Published electrical data
3; 4
3 /anny / 4
Published electrical data
-4; -3; -2; -1; 0; -5; -4; 3
U;],V -J -4 -3 -2 -1 0 UV6 -5 -4 3 2 4 0 Uhia -8 & 4 Z 0
Published electrical data
6.3; 25; 63; =50; 6.3; 060
Un=6,3V, Ugp=25V Un=63V, U =50 V Un=6,3V, Uga=060 V
Published electrical data
63; 25; 63; 50; 6.3; 60
Un=63V, Ugp=25V Un=63V, Up=50V Un=6.3V, Ug=60 V

Data set 02

1981 Russian Tubes Katsnelson and Larionov

Published operating points and test conditions from this source.

SECTION 1

Tetrode

Characteristics

Published electrical parameter
2 mA
при и„—бз В, ид_БкВ,(1„—25 В, Га=2 мА
Screen current
<100 µA
Ток 2-й сетки . ‚ <<100 мкА
Reverse current
1 МКА
Обратный ток 1-й сетки . \<`1 МКА
Published electrical parameter
10 V
Напряжение 1-й сетки запирающее , —10 В
Published electrical parameter
<0.05 pF
проходная . , о в о ва в <<0,05 пФ
Service life
>2000 h
Наработка . . . . я в к в е ь > 2000 ч
Reverse current
<3 µA
обратный ток 1-й сетки . ‚ ‚ . <3 мкА
Transconductance
>0.7 mA/V
крутизна характеристики . >0,7 мА/В
Heater voltage
5.7—17 V
Напряжение накала . 5,7—17 В
Plate voltage
5 kV
Напряжение анода . . . . . . , 5 кВ
Screen voltage
60 V
Напряжение 2-й сетки . 60 В
Published electrical parameter
20 V
Напряжение 1-й сетки (отрицательное) 20 В
Published electrical parameter
150 V
Напряжение между катодом и подогревателем , 150 В
Plate current
10 mA
Ток анода . 10 мА
Published electrical parameter
<40 V
при (сэ<40 В. . . .. ,,