Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
PENTODE
32
PENTODE 6k 32l
IlesTonm
63 A
IlesTonm 6)K32I1 npennasHadyeH A paboThl B IEPBBIX The 63K32I1 pentode has been designed for use in
KaCKafax
3
KaCKafax 3BYKO3aIHChIBaloNle M 3BYKOBOCHDOH3BOIS- first stages of sound recording and sound reproducing
Published electrical value
4
1 — ceTka BTopaf; 2 — 3kpaH; 3 — xaron; 4 — MOOOTPCBaTED;
Published electrical value
8
5 — noporpesaTels 6 — aHOX; 7 — 3KpaH; 8§ — CeTKa TPETHS;
Published electrical value
56.5
56,5max
Published electrical value
49.5
49,5 max
Published electrical value
9
9 — ceTxa nepsas
Published electrical value
5
1 — grid 2; 2 — screen; 3 — cathode; 4 — heater; 5 — heater;
Published electrical value
1
6 — anode; 7 — screen; 8 — grid 3; 9 — grid 1
BubpaunonHble Harpy
200 Hz
BubpaunonHble Harpy3ku B OMama3oHe 4actToT OT I Vibration: at frequencies from 1 to 200 Hz with
Published electrical value
5
o 200 I'r ¢ yckopenneM 10 5 g. MHOroxpaTHbIe yIapHbIE
Published electrical value
6.3
¥ 1% B . 6,3 heater ... i e 6.3
Published electrical value
250
E:1: (7 ¢ R 250 anode ...l
CETKM BTOPOH
140
CETKM BTOPOH ....... ..., 140 - o s 1 PP 140
CeTKH TPETBEH .. ..o ien et iineeerecnnnns
0
CeTKH TPETBEH .. ..o ien et iineeerecnnnns. 0 -4 ¢ T S5 AP 0
OTCEYKA I/EKTPOHHOTO TOKa CETKH mepeoit .... =
13
OTCEYKA I/EKTPOHHOTO TOKa CETKH mepeoit .... =1,3 grid 1 electron current cutoff .................. =13
Hanpsixexue ryqeHHs (Ipd HAMPAXEHAHR CETKA BTOPO# Hum voltage, at grid
250 V
Hanpsixexue ryqeHHs (Ipd HAMPAXEHAHR CETKA BTOPO# Hum voltage, at grid 2 voltage 250 V, resistances
Published electrical value
0.001 kOhm
250 B, comporupieHuwsix B uenu xaroga 1 kOM, B uenu 1 kOhm in cathode circuit, at most 0.001 MOhm in
ceTkn nepBoit He Gonee
390 kOhm
ceTkn nepBoit He Gonee 0,001 MOM, B e aHoaa grid 1 circuit, 100 kOhm in anode circuit, 390 kOhm
Published electrical value
100
100 xOM, B uend cetk:® BTOpo#t 390 xOM, emKocTH in grid 2 circuit and capacitance 100 &F in cathode
B uerm katona
4
B uerm katona 100 Mx®), MxB ................... =4 CIrCUIt, LY L ittt =4
e nrainnneseennannasannan
20
e nrainnneseennannasannan 200+ 20
Published electrical value
20
4= ) (NPt 200+20
AHOMA ittt ittt e ineeian s tonnannannns
0.9
AHOMA ittt ittt e ineeian s tonnannannns 3+0,9
ANOAE .. ittt
3109
ANOAE .. ittt 3109
CETKH BTOPOM . ...iiiiiiiniiriinnaereannn. =
0.8
CETKH BTOPOM . ...iiiiiiiniiriinnaereannn. =0,8
Low-frequency noises, at grid
250 V
Low-frequency noises, at grid 2 voltage 250 V,
poit
250
poit 250 B, cONMpPOTHBICHUAX B LIEOH CETKH NEPBOU
resistances
1 kOhm
resistances 0.001 MOhm in grid 1 circuit, 1 kOhm
Published electrical value
1
0,001 MOwm, B uemz xatona 1 xOm, B LeOd aHona
in cathode circuit
100 kOhm
in cathode circuit, 100 kOhm in anode circuit,
Published electrical value
390
100 xOMm, B uemH ceTkH BTOpOH 390 kOM, eMKOCTH
Published electrical value
100 kOhm
390 kOhm in grid 2 circuit, and capacitance 100 uF
suend katoga I
3
suend katoga I00Mk®), MxB .................... =3
in cathode circuit, £V ... i it =
3 V
in cathode circuit, £V ... i it =3
BuyrpenHee compornBiaeHae, MOM
2.5
BuyrpenHee compornBiaeHae, MOM ............... 2,5
Internal resistance, MOhm
2.5 MOhm
Internal resistance, MOhm ....................... 2.5
ConpoTuBneHye B Lemd katoda, KOM
0.55
ConpoTuBneHye B Lemd katoda, KOM ............. 0,55
Resistance in cathode circuit, kOhm
0.55 kOhm
Resistance in cathode circuit, kOhm ............... 0.55
KpyTH
0.6 mA
KpyTH3Ha xapakTepucTuku, MA/B ................ 2+0,6
Transconductance, mA/Y . ..ot
2406 mA
Transconductance, mA/Y . ..ot 2406
BXOIHAR .. vvven s vrennneanennnnenonanennannns
4
BXOIHAR .. vvven s vrennneanennnnenonanennannns 4
IOPUL - oot e
4
IOPUL - oot e 4
BBIXOAHAR ..o viteve e ennennenennecnennnes
5.5
BBIXOAHAR ..o viteve e ennennenennecnennnes 5,5
OULPUL ..ttt tttinererannnnrencnaranennnssns
5.5
OULPUL ..ttt tttinererannnnrencnaranennnssns 5.5
TIPOXOMHAR -+« e i vevteeeeseaeaaaeenanninaaanan =
0.05
TIPOXOMHAR -+« e i vevteeeeseaeaaaeenanninaaanan =0,05
transfer ... ... e =
0.05
transfer ... ... e =0.05
DnekTpuyeckue napameTpsl B TedeHre S
3
DnekTpuyeckue napameTpsl B TedeHre S000 9 3xcwIy-
aTaluy: Electrical parameters over
5000
aTaluy: Electrical parameters over 5000 operating hours:
KPyTH
1 mA
KPyTH3HA XapaKkTepHCTHKH, MA/B .............. =1 transconductance, mA/Y ... ... oo =1
HafpsHKEHHE TYAeHAs, MKB .. .................. =
7
HafpsHKEHHE TYAeHAs, MKB .. .................. =7 hum voltage, bV ... ... iiiiiiii i =7
TIpeneabHble
3
TIpeneabHble 3HAYEHHA JOMYCTHMBIX Limit Values of Operating
HAKATIA .. vvovrvonvunnnnnnnnans
5.7
HAKATIA .. vvovrvonvunnnnnnnnans 6,9 5,7 heater .........ocvveunnenennnn 6.9 5.7
AHOMA .. vvvvvvnnetannnanrnnns
300
AHOMA .. vvvvvvnnetannnanrnnns 300 anode ... 300
CETKH BTOPOH
200
CETKH BTOPOH ................ 200 grid2 ... . 200
Published electrical value
50
1BaJie NOgOrpeBares ... ... 50 tial .. 50
LHAaJIe NONOTpeBaTeNs
100
LHAaJIe NONOTpeBaTeNs . . . . . . 100 tial ..o 100
Toxk xatoma, MA
6 mA
Toxk xatoma, MA ................ 6 Cathode current, mA ............. 6
pacceyBaeMast aHOOOM
1
pacceyBaeMast aHOOOM ........ 1 atanode ..................... 1
pacceusaeMas cerko#t BTOpo#t
0.2
pacceusaeMas cerko#t BTOpo#t 0,2 atgrid2......ooiii, 0.2
Bo#, MOM: Resistance in grid
1 MOhm
Bo#, MOM: Resistance in grid 1 circuit, MOhm:
aHogoM Gonee
3
aHogoM Gonee 0,2 Bt ......... 3 than0.2W .. .............cete. 3
NMpH MOLUKOCTH, pPacceuBaeMoii at anode power dissipation
0.2 W
NMpH MOLUKOCTH, pPacceuBaeMoii at anode power dissipation 0.2 W
Published electrical value
22 MOhm
3a CYET TOKA CeTKH mepBoi), MOM 22 to grid 1 current, MOhm .......... 22
Published electrical value
5 V
2 )V ,/ A48 f eSSy oy 1‘}*5”——
/ /
4
/ / 1/ // S TTT e i S S ST -4.5;4_
Published electrical value
360
0 100 200 300 UgY 0 40 80 120 160 200 240 280 320 360 UgY
BRJIIOYEHMeE): ] — adomHble
3
BRJIIOYEHMeE): ] — adomHble; 2 — CETOYHO-aHOOHBIE (IO CeTKe BTOPOH); 3 —
Un=
63
Un=63V HapbomblIas OMyCTEMAasx MOIIHOCTb, PacCeMBaEMas aHOAOM
Un=
63
Un=63V Averaged characteristics:
Un=
140
Un=63V, Ugp=140V
Ugz’ZUOV
160
Ugz’ZUOV 180V 160V t4av ’
] — aHOOHO-CeTOUYHBIE
2
] — aHOOHO-CeTOUYHBIE, 2 — CETOYHBIE (IO CETKE BTQPOIt)
Published electrical value
2
1 — anode-grid; 2 — grid (for grid 2)
Other
aHonoM He Gonee
10
aHonoM He Gonee 0,2 Br ...... 10 MAX. ot tveineeansnnnoeseeranas 10
Published electrical value
3
1 — anode; 2 — grid-anode (for grid 2); 3 — maximum permis-