Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
PENTODE
1
PENTODE 6e490-1
BricokouactoTHeI nenros
63
BricokouactoTHeI nenros 6XK49I1-1 ¢ kxopoTkoit The 63K4911-II high-frequency short-characteristic
XapaKTepHCTHKOH NpeJHa
11
XapaKTepHCTHKOH NpeJHa3HayeH 11 paboTsl B LIMPOKO- pentode has been designed for use in wide-band amplifiers.
CxeMa COeqHHEHHA
3
CxeMa COeqHHEHHA 3TEKTPONOB C BBIBOAAMHU:
Published electrical value
4
1 — xatom; 2 — ceTka nepepas; 3 — KaTon; 4 — NONOrpPEBaTeNb;
§§
8
§§5 " 5 — HOJOTpeBaTeNb; 6 — HE MOOKIIIOYEH; 7 — aHOM; 8§ — CeTka
Published electrical value
9
5158 g ===1°¢ TPEThA, IKPaH; 9 — CeTKa BTOpas
Published electrical value
319
319 I Diagram of electrodes-to-pins connection:
Published electrical value
5
1 — cathode; 2 — grid 1; 3 — cathode; 4 — heater; 5 — heater;
Published electrical value
3
6 — not connected; 7 — anode; 8 — grid 3 and screen;
Published electrical value
2
e 3 9 — grid 2
BrOpauuoHHbIe HATPY
600 Hz
BrOpauuoHHbIe HATPY3KH B AHANA30HE 4acTOT OT 5 Vibration: at frequencies from § to 600 Hz with
HBIE HATPY
80
HBIE HATPY3KH C YCKOPEHHEM O 75 g NpH MIUTETLHOCTH up to 75 g, at impact duration up to 80 ms. Single
yaapa mo
80
yaapa mo 80 mc. OQnHOYHBIE yaapHBIE HATPY3KH C YCKO-
Published electrical value
3
o 40 °C. [JapneHne OoKkpyxkarollei cpeasl 10 3 aT™. up to 3 atm.
HAKATIA oo ititeneaeaeasanereanennnenenennnns
6.3
HAKATIA oo ititeneaeaeasanereanennnenenennnns 6,3
heater ... ... e
6.3
heater ... ... e 6.3
CETKH BTOPOM ........iiiiitiiinnennnnnnnnn
150
CETKH BTOPOM ........iiiiitiiinnennnnnnnnn, 150
grid
150
grid 2 L. e 150
CeTKH TPETBEH ... ...t it iiiniienrnnnnnn
0
CeTKH TPETBEH ... ...t it iiiniienrnnnnnn 0
OTCEYKH INEKTPOHHOTO TOKA CETKH epBOi, He
60
OTCEYKH INEKTPOHHOTO TOKA CETKH epBOi, He 60~
grid
-1.1
grid 1 electron current cutoff .................. ~-1.1
) C
300132
) C: 30032 heater ... ..o 300132
e c: P
4
e c: P 15+4 Anode ... e 15+4
CETKH BTOPO! .. vvviteiininnniiiienannnnnnnn
1
CETKH BTOPO! .. vvviteiininnniiiienannnnnnnn. 2,5%1
aHoNa B HayaJle XapaKTEPUCTHKY (TIPH HANPSKEHAH anode, cutoff, at grid
3 V
aHoNa B HayaJle XapaKTEPUCTHKY (TIPH HANPSKEHAH anode, cutoff, at grid 1 voltage —8 V .......... =10x10-3
ceTku mepsoit —
3
ceTku mepsoit —8B) ... ... ... =<10-10-3
Resistance in cathode circuit for automatic bias, Ohm
80 Ohm
Resistance in cathode circuit for automatic bias, Ohm 80
CMEIIEHHS, OM ... .. e
5 kOhm
CMEIIEHHS, OM ... .. e 80 Input resistance at 60 MHz, kOhm ............... 5
BxonHoe conpoTusiieHne Ha yactote
60
BxonHoe conpoTusiieHne Ha yactote 60 MI'u, xOm §
Internal resistance, MOhm
0.1 MOhm
Internal resistance, MOhm ....................... 0.1
BryTpenuee conporuBiaenne, MOM
0.1
BryTpenuee conporuBiaenne, MOM ............... 0,1
Published electrical value
0.35 kOhm
3KBHBAIEHTHOE COTNPOTHBIEHHE IMyMOB, KOM ... ... 0,35 Equivalent noise resistance, kOhm ................. 0.35
KpyTH
3.5 V
KpyTH3Ha xapakrepucTuky, MA/B ... ... .. oL 17,3+3,5 Transconductance, mA/V ... ... .. ..o, 17.5£3.5
Inverse grid
-2 V
Inverse grid 1 current, at grid 1 voltage —2 V and
nepBoit —
0.5
nepBoit —2 B u conporusnerux B ee uenu 0,5 MOm),
resistance
0.05 MOhm
resistance 0.5 MOhm in grid 1 circuit, gA .......... =0.05
BXOHHAA B paGOYEM PEXHME
12
BXOHHAA B paGOYEM PEXHME ................. 12 input, under operating conditions ............... 12
BXOIHAM .t veetvnescnenoneanvanaananeenan
2
BXOIHAM .t veetvnescnenoneanvanaananeenan 7.8%+1,2 151113 S PP 7.831.2
Published electrical value
0.4
7:¥: QNN 2,71+0,4 OUEPUL .ottt ittt
e iineennnnnns =<
0.03
e iineennnnnns =<0,03 transfer ...
KaTOA — MOJOTPEBATENb .....ovvvevnennnnnn
2
KaTOA — MOJOTPEBATENb .....ovvvevnennnnnn.. 4,5+2 cathode-to-heater .........
DnekTpryeckHe mapameTpsl B Teyenne
0 V
DnekTpryeckHe mapameTpsl B Teyenne 10 000 v axc-
Electrical parameters over
10
Electrical parameters over 10,000 operating hours:
transconductance, mA/V ... ... ... L =
11 V
transconductance, mA/V ... ... ... L =11
KPYTH
11 mA
KPYTH3HA XapaKTepuUcTHkd, MA/B .......... =11
inverse grid
2 A
inverse grid 1 current, A ... ... ... =2
OOpaTHLI TOK CETKM MEPBOH, MKA .......... =
2
OOpaTHLI TOK CETKM MEPBOH, MKA .......... =2
Published electrical value
15
.. .. =+15 change in transconductance, % .................... =15
HAKAMA . ovvvevreennnennennns
6
HAKAMA . ovvvevreennnennennns 6,6 6
heater
6
heater ............ .. ... ... ..., 6.6 6
aHoOa Npy
3
aHoOa Npy 3aneproif namne (npy
TOKE aHoza He Gonee SMKA)
300
TOKE aHoza He Gonee SMKA) ... 300
current at most
300
current at most 5 pA .......... 300
CETKM BTOPO#A . ....vovvnnnnnn
150 A
CETKM BTOPO#A . ....vovvnnnnnn. 150
grid
150
grid2 ... ..ol 150
CETKM BTOPOii NpH
3
CETKM BTOPOii NpH 3anepToii nam-
grid
2
grid 2 in cut-off valve, at anode
current at most SpA
300
current at most SpA .......... 300
SMKA) oo e
300
SMKA) oo e 300
gridl ..., -~
100
gridl ..., -~100
CeTKM NEPBOM
100
CeTKM NEPBOM ................ - 100
between cathode and heater
100
between cathode and heater .... 100
TIEM ¢ teiee s e
225 mA
TIEM ¢ teiee s e 100 Cathode current, mA ............. 225
Toxk Katoma, MA
22.5 mA
Toxk Katoma, MA ................ 22,5
pacceMBaemMas aHOAOM
2.85
pacceMBaemMas aHOAOM ........ 2,85 atanode .............. ... 2.85
paccemBaemast ceTko BTopoit
0.52
paccemBaemast ceTko BTopoit 0,52 atgrid 2 ...l 0.52
ConpoTHBICHHE B LIeMH CETKU Nep- Resistance in grid
0.5 MOhm
ConpoTHBICHHE B LIeMH CETKU Nep- Resistance in grid 1 circuit, MOhm 0.5
BO, MOM
0.5
BO, MOM ...................... 0,5
Warm up period, s
40
Warm up period, s ............... 40