6F12P

Russian wide-band triode-pentode designed for broadband amplifier applications.

Directly heatedCold cathodeCommon cathodeDissimilar

Sections: 2
Base: -
Socket code: B9A
Base pins: 9
Nominal heater: 6.3 V / 330 mA

Description

Wide-band triode-pentode for amplifier applications.

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: 330 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

Triode

X-ray radiationInterelectrode capacitances

Transconductance: 0.019 S
Amplification factor: 100
Max plate voltage: 250 V
Max plate dissipation: 1 W

Electrical data extracted only from filename-designated tube block.

Section 2

Pentode

X-ray radiationInterelectrode capacitances

Transconductance: 0.019 S
Max plate voltage: 250 V
Max screen voltage: 250 V
Max plate dissipation: 4 W
Max screen dissipation: 1.7 W

Electrical data extracted only from filename-designated tube block.

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

Triode

Characteristics

Heater voltage
6.3 V
DJeKTpHiecKHe NapaMeTpbl Electrical Parameters Haupsxesme Hakana, B ......................... 6,3 Heater voltage, V . ... ... o s 6.3
Heater current
30 mA
Haupsxesme Hakana, B ......................... 6,3 Heater voltage, V . ... ... o s 6.3 TOK HAKARA, MA . ... e e 330+30 Heater current, MA . ...........uuuiiureennenenn 330£30
Heater current
30 mA
Haupsxesme Hakana, B ......................... 6,3 Heater voltage, V . ... ... o s 6.3 TOK HAKARA, MA . ... e e 330+30 Heater current, MA . ...........uuuiiureennenenn 330£30
Heater current
4 mA
TOK HAKARA, MA . ... e e 330+30 Heater current, MA . ...........uuuiiureennenenn 330£30 Tpuoauas 4acTh Triode section
Published electrical data
4
Tpuoauas 4acTh Triode section
Plate voltage
150 V
Tpuoauas 4acTh Triode section Hanpsxenme avona, B .......................... 150 Anode voltage, V ... ...... ... ... ...l 150
Plate voltage
125435 V
Hanpsxenme avona, B .......................... 150 Anode voltage, V ... ...... ... ... ...l 150 TOKaHOMA, MA .. ... i ittt iiiineeneerannnas 12,5£3,5 Anodecurrent, MA ....... ... ittt 125435
Plate voltage
68 V
Hanpsxenme avona, B .......................... 150 Anode voltage, V ... ...... ... ... ...l 150 TOKaHOMA, MA .. ... i ittt iiiineeneerannnas 12,5£3,5 Anodecurrent, MA ....... ... ittt 125435 ConpoTHBNeHHE B Lend Karoaa, kxOM . ............
Transconductance
4 mA/V
TOKaHOMA, MA .. ... i ittt iiiineeneerannnas 12,5£3,5 Anodecurrent, MA ....... ... ittt 125435 ConpoTHBNeHHE B Lend Karoaa, kxOM . ............ 68 Resistance in cathode circuit, kOhm ............... 68 KpyTusna xapakrepucTuka, MA/B .. .....
Transconductance
=0.3 mA/V
ConpoTHBNeHHE B Lend Karoaa, kxOM . ............ 68 Resistance in cathode circuit, kOhm ............... 68 KpyTusna xapakrepucTuka, MA/B .. .............. 19_4 Transconductance, mA/V ................oiin.. 19_4 OOpATHBIN TOK CETKH, MKA . ..
Transconductance
10020 mA/V
KpyTusna xapakrepucTuka, MA/B .. .............. 19_4 Transconductance, mA/V ................oiin.. 19_4 OOpATHBIN TOK CETKH, MKA . .........ccnuevennnnn =0,3 Inverse grid current, WA ...... ... ... ool =0.3 KosbUIUHEHT yCHIEHHS .. ..o oo o
Amplification factor
2
OOpATHBIN TOK CETKH, MKA . .........ccnuevennnnn =0,3 Inverse grid current, WA ...... ... ... ool =0.3 KosbUIUHEHT yCHIEHHS .. ..o oo o v eiiv i nns 10020 Amplification factor ......... ... et 100-2p
Amplification factor
2
KosbUIUHEHT yCHIEHHS .. ..o oo o v eiiv i nns 10020 Amplification factor ......... ... et 100-2p

SECTION 2

Pentode

Characteristics

Published electrical data
150; 150
AHOMA &t vvneeeseenneeannanannaseanosesanns 150 anode ... i 150
Published electrical data
150; 2; 150
CETKM BTOPOM ... ..iviiiiiiiiininenennnnnn 150 grid 2 L 150
Published electrical data
1314; 13; 4
AHOMA .o ittie e e ineeeae s nnieeannn 1314 AN0dE ... e 13+4
Published electrical data
=22; 2; =22
CETKH BTOPOM .. ... ittt iiinenannnanas =22 Brid 2 L. =22
Transconductance
4 mA/V
CETKH BTOPOM .. ... ittt iiinenannnanas =22 Brid 2 L. =22 ConporusiieHse B Leny karoaa, kOM . ............ 68 Resistance in cathode circuit, kOhm ............... 68 KpyTuina xapaktepactaxu, MA/B ................ 19_4 Transconductance, mA/V
Transconductance
194 mA/V
ConporusiieHse B Leny karoaa, kOM . ............ 68 Resistance in cathode circuit, kOhm ............... 68 KpyTuina xapaktepactaxu, MA/B ................ 19_4 Transconductance, mA/V ........ ... ... ... 194
Transconductance
=0.3 mA/V
KpyTuina xapaktepactaxu, MA/B ................ 19_4 Transconductance, mA/V ........ ... ... ... 194 OO6paTHblit TOK CETKM NEPBOH, MKA .. ............. =0,3 Inverse grid 1 current, WA ... ... ... ... ool =0.3
Published electrical data
=0.3; 1; =0.3
OO6paTHblit TOK CETKM NEPBOH, MKA .. ............. =0,3 Inverse grid 1 current, WA ... ... ... ... ool =0.3
Published electrical data
6.641; 6
BXOOHAA MEHTOMA . ..o v oeieeeereeeanennnn 6,641,6
Published electrical data
6.611; 6
pentode input . ... .. ... 6.611.6
Published electrical data
1.9; 0.5
BBIXOMHAA MEHTOMA ... vvees v s eeeneannnennns 1,9+0,5
Published electrical data
1.9; 0.5
pentode output .. ...........iiiii e 1.9+0.5
Published electrical data
=0.02
[POXOJHAA HEHTOMA . oo eeeaseeeuannnnnnns =0,02
Published electrical data
4.6; +14
BXOXHAN TPHOMA & oo oeneee e e e nannnnnns 4,6%+14
Published electrical data
461; 4
triodeinput .. ... ... i 461t1.4
Published electrical data
0.26; +0.08
BBHIXOMHASA TDHOMA . ..ooivvreosnrieennnnnnnnn 0,26 +0,08
Published electrical data
0.2610; 08
triode QUtPUL . . ... .. 0.2610.08
Published electrical data
1.6; 0; 4
MPOXOJHAA TPHOJA ..... et e 1,6+0:4
Published electrical data
1.6; 0; 4
triode transfer .. ...... ... ... .. iiiiL. 1.6+0-4
Published electrical data
3000; 4
DiexTpRYueckie napameTpsl B TeveHne 3000 4 skcruty-
Published electrical data
3000
Electrical parameters over 3000 operating hours:
Published electrical data
=2; =2
TPHOMA ..ottt it e e et =2 triode ...... =2
Transconductance
<2 mA/V
TPHOMA ..ottt it e e et =2 triode ...... =2 TIEHTOMR .o ciivte st et ie it ee e ieannns =2 pentode . ... ... ... e <2 KPYTH3HA XapaKTepHCTHKH MA/B: transconductance, mA/V:
Transconductance
=12 mA/V
TIEHTOMR .o ciivte st et ie it ee e ieannns =2 pentode . ... ... ... e <2 KPYTH3HA XapaKTepHCTHKH MA/B: transconductance, mA/V: TPRAOHA . oo ve e e =12 triode .. ... ... =12
Transconductance
=12 mA/V
KPYTH3HA XapaKTepHCTHKH MA/B: transconductance, mA/V: TPRAOHA . oo ve e e =12 triode .. ... ... =12 13538 {01 ¢ R =12 pentode ... ... =12
Published electrical data
13538; 01; =12; =12
13538 {01 ¢ R =12 pentode ... ... =12

Other

Published electrical data
31
IlpenebHbie 31:a4eHHA JONYCTHMBIX Limit Values of Operating
Published electrical data
7; 5.7; 7; 5.7
HAKaNMA ......cooivnennnnnnnn.. 7 5,7 heater ...... ... ... ... ... ... 7 5.7
Published electrical data
3000
pentode ................... 3000
Published electrical data
250
TPHOAA .......... e 250
Published electrical data
250
triode .................... 250
Published electrical data
4
4HOMA NPH BKIIOYEHUH HA XOJIOI-
Published electrical data
550; 550
OEHTOHA .. oovvvvnnnnn..... 550 pentode ................... 550
Published electrical data
550
TPHOAR ... ovineeennnannn,.. 550 triode .................
Published electrical data
3; 400; 400
TPHOJA NpPH 3anepToit tamme ... 400 triode in cut-off valve .......... 400
Published electrical data
250
CeTKH BTOpOH grid2 ... 250
Published electrical data
2
CeTKH BTOPOH meHTOAA IIpH pentode grid 2 on switching from
Published electrical data
0; 550; 550
BKIIIOYEHHH Ha XONMOAHY!0 nammny 550 cold ... ... 550
Published electrical data
100; 100
TPHOHR .. ..ovvnnnn... 100 triode ................. 100
Published electrical data
100; 100
MEHTONA .o vvvenennnn. 100 pentode ................ 100
Published electrical data
0
0pd OTPHUATETLHOM [OTEH- with heater at negative poten-
Published electrical data
100; 100
TPHOAA ..o vvveevnnnn. .. 100 triode ................. 100
Published electrical data
100; 100
OEHTOOA - oo vveeeeannn.n 100 pentode ................ 100
Published electrical data
22; 22
TMEHTOMAA . o\ v vvnivennnnennns 22 pentode ...................... 22
Published electrical data
5; 5
OEHTOAR + .o ovvvvnvnannnnn 5 pentode ................... 5
Published electrical data
7; 3.5
(7 - S 3,5 triode ......
Bulb temperature
8 C
... ... ... 35 paccemBacMas cetxoit Bropoit 0,4 atgrid2.......... ... ... ... 0.4 Temnepatypa 6amiona (8 Haubosnee Bulb temperature (in hottest por-
Bulb temperature
230 C
paccemBacMas cetxoit Bropoit 0,4 atgrid2.......... ... ... ... 0.4 Temnepatypa 6amiona (8 Haubosnee Bulb temperature (in hottest por- Harpero#t yacTu),°C ............. 230 tion), °C ... ool 230
Bulb temperature
230 C
Temnepatypa 6amiona (8 Haubosnee Bulb temperature (in hottest por- Harpero#t yacTu),°C ............. 230 tion), °C ... ool 230
Published electrical data
2
| — aHoOnHO-CceTOYHbIE; 2 — KPYTH3HA XAPAKTEPUCTHKH
Transconductance
2 mA/V
Averaged anode-grid characteristics of triode: [ — anode-grid; 2 — transconductance
Transconductance
63 mA/V
Averaged anode-grid characteristics of triode: [ — anode-grid; 2 — transconductance Up=63V
Transconductance
63 mA/V
[ — anode-grid; 2 — transconductance Up=63V
Published electrical data
35; =0
35 Ugr =0V
Published electrical data
40; 80; 120; 160; 200; 240; 260
40 80 120 160 200 240 260 UpY AR
Published electrical data
63; 150; 2
Un=63 V, Ug=150 V | — TOK aHoOma; 2 — KpyTU3HA XapaKTEPHCTHKH
Plate current
2 mA
Un=6,3V, Ua=150 V Un=63 V, Uy =150 V Averaged anode-grid characteristics of pentode: ! — anode current; 2 — transconductance
Plate current
150 mA
Un=63 V, Uy =150 V Averaged anode-grid characteristics of pentode: ! — anode current; 2 — transconductance Upn=63V, Ua=150V
Plate current
150 mA
! — anode current; 2 — transconductance Upn=63V, Ua=150V

Data set 02

1981 Russian Tubes Katsnelson and Larionov

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristics

Published electrical parameter
150 V
при (,=6,3 В, И,=150 В, В,=68 кОм, (с:=150 В
Published electrical parameter
<20 µA
Ток утечки между катодом и подогревателем НЕИ <20 мкА
Reverse current
<0.2 µA
Обратный ток сетки . . . . . . .В .. . <0,2 мкА
Resistance
1 kΩ
Входное сопротивление на чаетоте 100 МГц 1 кОм
Published electrical parameter
130 Ω
шумов . .. ЕНЕ й 130 Ом
Published electrical parameter
4.2 пф
ВХОДНаЯ . г а в о ав ов вваве ва 4,2 пф
Screen current
<2.2 mA
Ток 2-й сетки . . в .. СОВОГ О З * <2,2 мА
Transconductance
4 mA/V
Крутизна — характеристики . . . э * 19_4 мА/В
Published electrical parameter
250 Ω
шумов , .. 250 Ом
Published electrical parameter
<0.02 pF
проходнаЯ & в е э о <<0,02 пФ
Service life
>2000 h
Наработка , в в о с е 2>2000 ч
Heater voltage
5.7--7 V
Напряжение накала . . . , .. .. в уеа Б5,7--7В
Published electrical parameter
800 V
пентода . . .. .. 800 В
Published electrical parameter
550 V
пентода . . .. .. .. 550 В
Screen voltage
250 V
Напряжение 2-й сетки . ‚ 250 В
Screen voltage
550 V
Напряжение 2-й сетки пентода при включении лампы ‚ 550 В
Published electrical parameter
5 V
пентода . . . . . .к. 5 Вт
Published electrical parameter
35 V
триода . . ке евевое е 35 Вт
Dissipation / power
0.4 V
Мощность, рассеиваэая 2-Й сеткои .. в .. 0,4 Вт
Published electrical parameter
160 V
Напряжение между катодом и подогреватеЛем . ‚ , 160 В
Published electrical parameter
22 МА
Ток катода КЕ 22 МА
Frequency
10—150 Hz
ускорение при вибрации на частотах 10—150 Гц . 2,5 @
Published electrical parameter
594 V
мя [ д ОО ОН Г 7/ 594В
Published electrical parameter
2408 V
40 80 120 150 200 2408 В -2/# -2,0 -16-12-0,8-0,8 0
Published electrical parameter
170 V
при ин——9 В иат—100 В ис т——"—2 В иа п—170 В
Published electrical parameter
-15 V
= 140 В, 0.=-—-15 В), мкА <30 —
Published electrical parameter
10 кОМ
Напряжение виброшумов (при !?а__10 кОМ),
Frequency
50 MHz
на частоте 50 МГц, кОм. . , , ., ,
Frequency
100 MHz
на частоте 100 МГц, кОм . . . . .
Published electrical parameter
2 kΩ
Напряжение виброшумов (при Ка_2 кОм)‚ мВ
Published electrical parameter
14 mA
14 мА), В. ю. й
Published electrical parameter
10 mA
То же при токе катода не более 10 мА В
Published electrical parameter
1 а
мАа | 1 9ФёП мя|1а | Этат
Published electrical parameter
7708 V
//;\‚ 2% Ирг=7708В ' ов
Published electrical parameter
0 %
И 0%" /‘2
Published electrical parameter
4 A
15Ф4АП. Аналог РСГ84 я 2
Published electrical parameter
200 V
для 15Ф4П, РС184 при / =300 мА Оал=200 В Пд „_и„_гоов
Published electrical parameter
-140 Ω
для 15Ф4АП при К„—570 Ом 1?…;—-140 Ом
Published electrical parameter
2 кОМ
Напряжение виброшумов (при Ва =2 кОМ),
Published electrical parameter
4 V
* При О ср —4 В.
Published electrical parameter
12 V
** При и ——12 В.
Published electrical parameter
8 V
*** При (1=——8 В.
Plate voltage
250 V
Напряжение анода . . . ке кваее 250 В
Plate voltage
600 V
Напряжение анода в импульсе (т—-18 мкс) 2 . , 600В
Published electrical parameter
12 МА
Ток катода . . ке зово, 12 МА
Dissipation / power
1 V
Мощность, раьсеиваемая анодом гж вн 1 Вт
Published electrical parameter
3 MΩ
при автоматическом смещении . . . . . ‚ ‚ 3 МОм
Published electrical parameter
1 MΩ
при фиксированном смещении . ‚ . . , . . 1 МОм
Dissipation / power
4 V
Мощность, рассеиваемая днодом ов 4 Вт
Dissipation / power
1.7 V
Мощность, рассеиваемая 2-й сеткой . ‚ ‚ ‚ ‚ ‚ , 1,7 Вт
Published electrical parameter
2 MΩ
при автоматическом смещении . ‚ „ ‚ ‚ ‚ , 2 МОм
Published electrical parameter
7 а
АПа|75@97 | оЙ» 75087 омА [7а|72 247 Т:
Published electrical parameter
88 а
1 РУа оа 88 а!