Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
BbicOKOYaCTOTHBIH NEHTOA ¢ KOPOTKOH XapaKTepH- The
6
BbicOKOYaCTOTHBIH NEHTOA ¢ KOPOTKOH XapaKTepH- The 6X2I1 high-frequency short-characteristic
ctukoit
1
ctukoit 6)K2IT npeanasHaueH 1A YCHIEHAS HaNMpsAXEHHA pentode has been designed for h.f. voltage amplification,
BBICOKOH
4
BBICOKOH 4aCTOTBHI.
CxeMa COeNHHEHHAA
3
CxeMa COeNHHEHHAA 3MEKTPOOOB ¢ BBIBOJAMH:
Published electrical value
4
1 — ceTxa nepBasi; 2 — KaTOA, 2KpaH; 3 — moaorpesatens, 4 —
Published electrical value
41
41max
oforpeparesb; J — aHOA
7
oforpeparesb; J — aHOA; 6 — CeTKa BTOpas; 7 — cerka Tpe-
Published electrical value
48
48 max
I — grid
4
I — grid 1; 2 — cathode and screen; 3 — heater; 4 — heater;
Published electrical value
3
5 — anode; 6 — grid 2; 7 — grid 3
BubpauuoHHBle HArpy
200 Hz
BubpauuoHHBle HArpy3KH B AMama3oHe 4acToT oT 1 Vibration: at frequencies from 1 to 200 Hz with
Harpy
15
Harpy3ku ¢ yckopenueM 1o 15 g. Temnepatypa okpyxaro-
Published electrical value
1
D.1eKTpHYecKHe NapaMeTphl Electrical Parameters
Published electrical value
6.3 V
30 v: V1 - SR 6,3 heater ..o e 6.3
AHOMA .o v vvveereinneevannensoonoaronnaaeenns
120 V
AHOMA .o v vvveereinneevannensoonoaronnaaeenns 120 - 4T T (- AP 120
CETKH BTOPOH .. ivininieneennaicnnnaaennnns
120
CETKH BTOPOH .. ivininieneennaicnnnaaennnns 120 = o T« B2P 120
CETKH TPETBEM .. .ovtiieeeerninennanarennnanann
0
CETKH TPETBEM .. .ovtiieeeerninennanarennnanann 0 grid 3 e 0
OTCEYKH DNEKTPOHHOTO TOKAa CETKH TiepBo#t (rpu grid
1
OTCEYKH DNEKTPOHHOTO TOKAa CETKH TiepBo#t (rpu grid 1 electron current cutoff, at grid 1 current
HAKAMIA .. ivineerrennenannaanrouasaneoanns
170
HAKAMIA .. ivineerrennenannaanrouasaneoanns 170i212 heater .. ...t
CETKH BTOPO# ................ e =<
55
CETKH BTOPO# ................ e =<5,5 -3s Ut =55
ConpoTuBiende uenu katoda, OM
200 Ohm
ConpoTuBiende uenu katoda, OM ............... 200 Resistance in cathode circuit, Ohm ............... 200
OKBHBAJIEHTHOE COMTPOTHRNIEHHE IIYMOB, KOM
4 kOhm
OKBHBAJIEHTHOE COMTPOTHRNIEHHE IIYMOB, KOM . ... ... 4 Equivalent noise resistance, kOhm ................ 4
BHyTpeHHee conpoTmBiaeHue, MOM
0.16 MOhm
BHyTpeHHee conpoTmBiaeHue, MOM ... ............ 0,16 Internal resistance, MOhm ...............c.unntn 0.16
TIO CETKE MEPBOM . ... vvieiiecnrarnecnonanss
0.95
TIO CETKE MEPBOM . ... vvieiiecnrarnecnonanss 4,151+0,95
with regard to grid
0.95
with regard to grid 1 ............c.coiinilt. 4.15+0.95
Published electrical value
10
10 CETKE TpeThel (NpH HANPSXKEHHH CETKH Tpe-
with regard to grid
5
with regard to grid 3, at grid 3 voltage ~3V .... =05
THEH =
0.5
THEH =3 B) ... =0,5
Conversion transconductance, mA/V
0.8 V
Conversion transconductance, mA/V .............. 0.8
KpyTtnsHa npeoGpa
0.8 mA
KpyTtnsHa npeoGpa3osauns, MA/B ............... 0,8
BXOOHAM .o oo iinsn e ieeenaancnssenenannan
4.7
BXOOHAM .o oo iinsn e ieeenaancnssenenannan 3,5...4,7 IPUL L. i i it e 3.5—4.7
BBIXOKHAA .. ovevnnnnrennneccasonnonneneesas
3
BBIXOKHAA .. ovevnnnnrennneccasonnonneneesas 2.3 OULPUL ..ttt ttiieeennnenescanansanoenannnaas 2—3
TIPOXOMHAN .o vvvveeenenansonrnnenoesnansonas =
0.035
TIPOXOMHAN .o vvvveeenenansonrnnenoesnansonas =0,035 E T ¢T3 - Gt =0.035
CETKa MepBast — CETKA BTOPAA ... .cvvveerennun. =
1.9
CETKa MepBast — CETKA BTOPAA ... .cvvveerennun. =19 grid-1-to-grid 2 ......... ..ottt =1.9
KATOX —TIOAOTPEBATEMD o v v v v v eennnennanrenns =
4.6 V
KATOX —TIOAOTPEBATEMD o v v v v v eennnennanrenns =4,6 cathode-to-heater ................ciiinint, =<4.6
DneKTpHYeCKHe napaMeTpsl B TeyeHne
5000
DneKTpHYeCKHe napaMeTpsl B TeyeHne 5000 4 3KkcIuty- Electrical parameters over 5000 operating hours:
inverse grid
1 V
inverse grid 1 current, at grid 1 voltage -2 V,uA =1
cerkmmepBoff —
2.5 V
cerkmmepBoff — 2 B), MKA ....... ... ...t =1 transconductance with regard to grid 1, mA/V ... =2.5
KPYTH
25 mA
KPYTH3HA XapaXTEPHCTHKHE IO CeTKe nepBod, MA/B =25
Ilpene/bHple
3
Ilpene/bHple 3HAYEHHS JOMYCTHMBIX Limit Values of Operating
HAKRTIA .......cvonnninnnnnnn
5.7
HAKRTIA .......cvonnninnnnnnn. 7 57 heater ..........civiiiiiiiann, 7 5.7
R R PRRRREE
200
R R PRRRREE: 200 AN0dE ...t 200
CETKH BTOPOH
150
CETKH BTOPOH ................ 150 grid2 ..., 150
[Ease MOJOTPEBATENS
120
[Ease MOJOTPEBATENS . . .. .. 120 tal ... 120
LKane DOJOrpeBaTens
120
LKane DOJOrpeBaTens .. .. .. 120 tial ... 120
Tox xkatoga, MA
20 mA
Tox xkatoga, MA ................ 20
MoOWHOCTb, pacceMBaeMas CeTKOi Cathode current, mA ..... PRI
20 mA
MoOWHOCTb, pacceMBaeMas CeTKOi Cathode current, mA ..... PRI 20
BTopoit, BT
0.65 W
BTopoit, BT ..................... 0,65 Power dissipation at grid 2, W .... 0.65
BOH,MOM
1 MOhm
BOH,MOM ...................... 1 Resistance in grid 1 circuit, MOhm 1
o, ";‘
14
o, ";‘ -1 long byor 14
_ IRE —!
1 A
_ IRE —! 20 B A Vi A A 1 1
\/
15
\/ 15 ALx FT T2
TS
4
TS 1 IRy AN 4
Published electrical value
1
1% 2 P Pand 5 1 s4
LY ]
150
LY ] 0 77 100 150 Upv
Published electrical value
2
1 — aHomHO<ceTO4HaA; 2 — ceTo4Had (MO ceTKe BTOPOH) BKITIOYEHHE)
Un=
63
Un=6,3V, Us=120V, Up; =120V, Ugy=-2V Un=63V
Published electrical value
3 V
1 — anode-grid; 2 — grid (for grid 2) ‘6‘:3"6)3 v
Un=
-2 V
Un=63V, Us=120 V, Uz =120 V, Ugy=-2V .
ugt = |
1
ugt = | 1t i
BEul/
8
BEul/ 8= Z 157 ' =o 4|8
Published electrical value
0
0 20 40 60 80 100 120 40 160 180 200 220 UgV Ugt -5 % -3 -2 K 0
Published electrical value
3
1 — aHOAOHBIE; 2 — CETOYHO-aHOMHBIE (IO CETKE BTOPOIl) 1 — kpyTH3IHAa; 2 — AHONHO-CETOYHAs; 3 — CeTOYHas
Un=
120
Un=6,3V, Ug=120V (o ceTke BTOpOIK)
Ur=
120
Ur=6,3V, Us=120V, Ugpa =120V
Published electrical value
2
1 — anode; 2 — grid-anode (for grid 2)
Un=
3
Un=63V, Ugp=120V ] — transconductance; 2 — anode-grid; 3 — grid (for
grid
2
grid 2)
Other
TOKe ceTkH nepBok
1.5
TOKe ceTkH nepBok 0,5 MkA), He Gonee .......... 1,5 0.5 KA, MAX. ...ttt e, 1.5