Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
PENTODE
6
PENTODE 6l
BeicoxouacToTHeli nenron
6
BeicoxouacToTHeli nenron 6)K51IT ¢ kopoTxoH xa- The 6XSIIT high-frequency short-characteristic
Published electrical value
4
1 — xaron; 2 — cerka nepsas; 3 — KaTond; 4 — ogorpeBsaTesb;
Published electrical value
8
5 — noporpesaTtens; 6 — 3KkpaH; 7 — aHO#; 8§ — ceTKa Bropas:
Published electrical value
9
9 — ceTKa TpeTha
Published electrical value
61.5
61,5max
I — cathode
5
I — cathode; 2 — grid 1; 3 — cathode; 4 — heater: 5 — heater;
Published electrical value
3
6 — screen; 7 — anode; 8§ — grid 2; 9 — grid 3
BubpanuonHsle Harpy
60 Hz
BubpanuonHsle Harpy3k# B AHAana3oHe 4acToT OT 1 Vibration: at frequencies from 1 to 60 Hz with
oo
-45
oo 15 mc. Temnepatypa okpyxalowweit cpeast oT —45
npu Temueparype
25
npu Temueparype 25 °C. up to 98% at 25 °C.
Published electrical value
6.3
1< B - N 6,3 heater ... ... .. i 6.3
= < (
200
= < (0- P 200 ANOAE .. e 200
CETKH BTOPOM . ....oiotiitinniieiiineeiinnnnn
200 A
CETKH BTOPOM . ....oiotiitinniieiiineeiinnnnn. 200 A 2 e 200
in e Q grid
0
in e Q grid 3 s 0
Published electrical value
25 mA
-5+ 5 ¢ St 300+25 Current, mA:
Published electrical value
25
- 0 4- 8,5£2,7 BEAtEr ..ttt e 300+25
e iiiinnaenenns
2.7
e iiiinnaenenns 3,5+L5 ANOAE i 8.5+2.7
AHOJA B HaYaJle XaPaKTEPUCTHKHU (T
15
AHOJA B HaYaJle XaPaKTEPUCTHKHU (T1PH HANPAKEHHH grid 2 e 3.5+15
cetk@ mepBod —
-8.5
cetk@ mepBod —8,5B) ...........
Published electrical value
3
.. ... ... =10-10-3 anode, cutoff, at grid 1 voltage —8.5V .......... =10Xx10-3
ConpOTHBJICHHE B LEIH KaTOAA J/IA aBTOMATHYECKOTO Resistance in cathode circuit for automatic bias, Ohm
200 Ohm
ConpOTHBJICHHE B LEIH KaTOAA J/IA aBTOMATHYECKOTO Resistance in cathode circuit for automatic bias, Ohm 200
Published electrical value
4 V
... ... .. 200 Transconductance, mA/V ... ..., 15.5+4
KpyTtn
0.5 mA
KpyTtn3Ha xapaktepactuxu, MA/B .. ... ... . ... ... 15,5+4 Inverse grid 1 current, gA ... ... ... oo =0.5
OOGpaTHbLid TOK CETKM EPBOM, MKA ... ............ =
0.5
OOGpaTHbLid TOK CETKM EPBOM, MKA ... ............ =0,5
BXOOHAM ... oiitinteeetiiianrernnnnannenns
23
BXOOHAM ... oiitinteeetiiianrernnnnannenns 11,5£2,3 PUL Lttt 11.5+£23
BBIXOHHAA ...ttt tntneieeiinennnennnns
3.3
BBIXOHHAA ...ttt tntneieeiinennnennnns 3,3i8:§ OULPUL .o iettteiiie
ettt iiaee s
7
ettt iiaee s 33 07
TPOXOMHAA .ottt etie e tinetiienseenneennns
44
TPOXOMHAA .ottt etie e tinetiienseenneennns 0,0016+0:0044 s 0.0016+0-0044
OJleKTpHYECKHE NapaMeTprl B TeyeHue
9
OJleKTpHYECKHE NapaMeTprl B TeyeHue 3000 9 sxcrity-
aTauuu: Electrical parameters over
3000
aTauuu: Electrical parameters over 3000 operating hours:
KPYTH
9.2 V
KPYTH3HA XapaKTepHCTHKH, MA/B .............. =92 transconductance, mA/V ... .ot =9.2
Published electrical value
2
0oOpaTHEI# TOK CETKH NepBOd, MKA ............. =2 inverse grid 1 current, LA ... ..ottt =2
TIpeneabkble
3
TIpeneabkble 3HA4CHIA JONYCTHMBIX Limit Values of Operating
e R
5.7
e R 7 57 heater ....oovvivniiinenninnn.. 7 5.7
BHODA ..ovmvevisenieiins
250
BHODA ..ovmvevisenieiins 250 ANOdE ... 250
anoza npu
550
anoza npu 3aneproi namne ... 550 anode in cut-off valve .......... 550
CETKH BTOPOH
250
CETKH BTOPOH ................ 250 BOAZ e 250
CETKH BTOPOH NpH
550
CETKH BTOPOH NpH 3an€pToH fam- grid 2 in cut-off valve .......... 550
npit NONOXKHTCIBHOM NOTEH- tial
100
npit NONOXKHTCIBHOM NOTEH- tial ... 100
uuane nogorpesaTens
100
uuane nogorpesaTens ...... 100 with heater at negative poten-
npH OTPHUATE/ILHOM IOTEH- tial
150
npH OTPHUATE/ILHOM IOTEH- tial ... 150
Published electrical value
150
1nHase NOAOrpesaTens ...... 150
TOK KATOMA, MA v v oo
25 V
TOK KATOMA, MA v v oo 25 Cathode current, mA ............. 25
paccedpaeMas aHOOOM
2.5
paccedpaeMas aHOOOM ........ 2,5 ,
paccensaemas ceTkoH BTOPOH
5
paccensaemas ceTkoH BTOPOH 1 at anf)di ....................... 5
CoNpOTHBACHHE B LENHM CETKH Mep- atgrid
1
CoNpOTHBACHHE B LENHM CETKH Mep- atgrid2 ...l 1
BOH. KOM .............ccoiuinnnn
1000 kOhm
BOH. KOM .............ccoiuinnnn 1000 Resistance in grid 1 circuit, kOhm ... 1000
= Ya=llg
200
= Ya=llg2=200) i
——J;W? ~., T
4 V
——J;W? ~., T4 Yp=gz 230 T200v V]l 4ov] MERRS ]If l{ T
SIS
25
SIS 1 25
Published electrical value
17
{17 | ] I i JaVA Py
Xa aHOIA B
3
Xa aHOIA B 3aBUCHMOCTH OT Hamps- Ka CETKH BTOPO#l B 3aBUCHMOCTH OT TH3HBI B 3aBHCHMOCTH OT HanpsXeHUs
Averaged characteristics of anode Averaged characteristics of grid
2
Averaged characteristics of anode Averaged characteristics of grid 2 Averaged characteristics of transcon-
current versus grid
1
current versus grid 1 voltage current versus grid 1 voltage ductance versus grid 1 voltage
Published electrical value
5
\ -1'5v\ = VYcpeaHeHHbIE XapaKTEPUCTHKH:
Published electrical value
2
50 2y P 2 1 ] — ToK aHOHa; 2 — TOK CETKH BTOPO#H
Published electrical value
230 V
40 DAV LT IL v Un=6,3V, Ug=230V
Published electrical value
2
30 i S ~ R 1 — anode current; 2 — grid 2 current
fl’ < L =asem L
230 V
, ;fl’ < L =asem L 25V Ur=6.3 V, Ug, =230 V
L AREENEEERN [T
1
L AREENEEERN [T 1
f — —
1
f — — 501 . ; L-+—1 4. _JT:_ bl Uar 05!1
— Upy=
5
— Upy= 5V
T _fl“\“/‘ /
1
T _fl“\“/‘ /7 s ‘ ,-IVl \} ‘.€~ P ; i IIV 1
ENAATAREY a
1
ENAATAREY a0 S AR 40t Jfl\ N 1
IMECAINE > REN=
157
IMECAINE > REN= 157
DYV S ' - / (
12
DYV S ' - / (7 B = 12V
S s
250
S s 7 50 " ign a0 200 250 UV
Published electrical value
250
J0 100 150 200 250 UgV
| — ToKk aHoma
2
| — ToKk aHoma: 2 — TOK CEeTKH BTOPO# ! — Tok aHoma; 2 — TOK CETKHA BTOPOH
I — anode current
2
I — anode current; 2 — grid 2 current ! — anode current: 2 — grid 2 current
Un=
170 V
Un=63V, Ugp=200V Un=6.3 V, Upa=170 V