Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
PENTODE
6381
PENTODE 6381
BBICOKOYACTOTHBINA NEHTOJ ¢ KOPOTKOH XapaKTepHC- The
6
BBICOKOYACTOTHBINA NEHTOJ ¢ KOPOTKOH XapaKTepHC- The 6X38I1 high-frequency short-characteristic
kot
6381
kot 6381 mperHasHauweH I IIHPOKOMOJIOCHOIrO pentode has been designed for wide-band amplification
YCHJIEHHA HATpsKeHHA BBICOKOH dacToThl go
300 MHz
YCHJIEHHA HATpsKeHHA BBICOKOH dacToThl go 300 MI'n of h.f. voltage at up to 300 MHz in electronic devices.
Published electrical value
3
1 — ceTka meppas; 2 — KaTOM, CETKA TPEThA H IKkpaH; 3 — mojgor-
Published electrical value
6
7 peBarenh; 4 — OOOOTPEBaTeNb; 5 — aHOO; 6 — CETKA BTOpad;
Published electrical value
3
3 g pl 7 — KaTOH, CETKA TPEThS M 3KpaH
Published electrical value
3
3 /% f ) Diagram of electrodes-to-pins connection:
Published electrical value
3
7 1 — grid 1; 2 — cathode, grid 3 and screen; 3 — heater;
Published electrical value
3
4 — heater; 5§ — anode; 6 — grid 2; 7 — cathode, grid 3
BufpanuoHssle HATPY
80 Hz
BufpanuoHssle HATPY3KA B OUaNa3OHE 4acTOT OT 1 Vibration: at frequencies from 1 to 80 Hz with
HATPY
15
HATPY3KH C yckopenneM xo 15 g. TemmepaTypa okpyxaio-
HAKAMA oieevrnevnnronrnnsnnecsonannsansonns
6.3
HAKAMA oieevrnevnnronrnnsnnecsonannsansonns 6,3 Reater ... i i e e e 6.3
AHOMA + v v vveveevmninannsneereenenennneennns
150 V
AHOMA + v v vveveevmninannsneereenenennneennns 150 -+
CETKH BTOPOH ........ciiiniiiiiiinennenanens
100
CETKH BTOPOH ........ciiiniiiiiiinennenanens 100 -4 T 1SN P 100
CETKH TPETBEH .. ..t viieinr e iian e
0
CETKH TPETBEH .. ..t viieinr e iian e 0 grid 3 Li e 0
HAKATA oo v veieenaraesoocnesesonnnsoeeannes
20 V
HAKATA oo v veieenaraesoocnesesonnnsoeeannes 190+20
AHOMA o ovvvervennnnsannonesrsnesnensonseenns
4
AHOMA o ovvvervennnnsannonesrsnesnensonseenns 12+4 heater ... ...ttt
CETKH BTOPOM . .vinvieeereecnnnonanennsenns
4
CETKH BTOPOM . .vinvieeereecnnnonanennsenns 1,8+17 anode ... et 12+4
COOpOoTHBIIEHME B LENH KATOAA A
1.7
COOpOoTHBIIEHME B LENH KATOAA A1 aBTOMATHYECKOTO -3 o 1« 17 1.8+1.7
cMemeHHA, OM . ... ..ovniiiniiii e
82 Ohm
cMemeHHA, OM . ... ..ovniiiniiii e 82 Resistance in cathode circuit for automatic bias, Ohm’ 82
BryTpennee conporuBnenne, KOM
280 kOhm
BryTpennee conporuBnenne, KOM ................ 280 Internal resistance, kOhm ..............ccviieanen 280
DKBHBANEHTHOE CONPOTHBIEHHE IyMOB, OM
500 Ohm
DKBHBANEHTHOE CONPOTHBIEHHE IyMOB, OM .. ... ... 500 Equivalent noise resistance, Ohm ................. 500
KpyTtazHa xapaktepactax®, MA/B
2.5 V
KpyTtazHa xapaktepactax®, MA/B ... ... ... ... 10,6_3,6 Transconductance, mA/V ............ccviviieennn 10.6-2.5
OO
0.2
OO6paTHBIH TOK CeTKH HOepBOH, MKA ............... =0,2 Inverse grid 1 current, LA .........coiiiiiiiinn =0.2
BXOIMHAR oo vvversvnsnnananaansoeenasenesenss
8
BXOIMHAR oo vvversvnsnnananaansoeenasenesenss 5,8i§:§ o011 5 8::;:%
BBIXOOHAM . .ouvevvnvnernosnnsronnesnnnonsons
0.9
BBIXOOHAM . .ouvevvnvnernosnnsronnesnnnonsons 3,1+0,9 [T
TPOXOMHAT . .vvvnrnrvvnncnonnnsnnonannsnsos =
0.02
TPOXOMHAT . .vvvnrnrvvnncnonnnsnnonannsnsos =0,02 ranSfer ... ... it =0.02
OnexTprEyecKkne napaMerpsl B TedeHre
3
OnexTprEyecKkne napaMerpsl B TedeHre 5000 4 3kcmny-
aTaudH: Electrical parameters over
5000
aTaudH: Electrical parameters over 5000 operating hours:
KPYTH
6.5 mA
KPYTH3HA XapaxTepHcTEKE, MA/B .............. =6,5 transconductance, mA/Y ... ooiiiieiiiii =6.5
Published electrical value
500 mA
0BpaTHBI TOK CETKH HEPBON, MKA ............. =0,5 inverse grid 1 current, A ....... ..t =0.5
B e
5.7
B e 70 37 heater ........................ 7.0 5.7
DR
300
DR 3AmEDTOH TAMIE 200 anode ............iiiiiinnan.. 300
aroza nip P e anode in out-off valve
400
aroza nip P e anode in out-off valve ...... .... 400
CCTKH BTOPOH
160
CCTKH BTOPOH . ............... 160 grid 2 160
CETKH BTOPOH IPH
400
CETKH BTOPOH IPH 33TepTOH 1aM- w00 grid 2 in cut-off valve .......... 400
Published electrical value
120
1 - T between cathode and heater ... 120
TIEM o iie i
20 mA
TIEM o iie i 120 Cathode current (average value), mA 20
Tox xatona (CpennHee
20 mA
Tox xatona (CpennHee 3HaveHme), MA 20 L
pacceMBaeMasi aHOAOM
3
pacceMBaeMasi aHOAOM ........ 3 atanode ..............c..0..n 3
paccemBacMast ceTko BTOpoOit
0.5
paccemBacMast ceTko BTOpoOit 0,5 atgrid 2 ... ...l 0.5
Published electrical value
1 MOhm
s0l. MOM 1 Resistance in grid 1 circuit, MOhm 1
HArpeTold
120
HArpeTold 4YacTW NpOTHB aHona), °C 120 against anode), °C ............... 120
Published electrical value
301 A
30— A EERTENNEEEE 301 LR I
N b ESans A
4 A
N b ESans A 4
o -U[;y =
0.5
o -U[;y = 0.5y -lv/—l,ivfzv
zj}l ijfm
443
zj}l ijfm 443V A5, @ ol = - L
Published electrical value
7.6 V
1 YAy, yaAV.av. 7,6V Y e v
BKJ
2
BKJ1IO9CHHE); 1 — aHOAHBIE, 2 — CETOYHO-aHOAHBIE (IO CeTKe BTOPO#H);
Published electrical value
3
1 — mar6opmas OOmMyCTEMas MOIIHOCTD, PacceABacMas 3 — HaumbonbImasg OONYCTHMasA MOIIHOCTh, pacceHBae-
adonoMm (
2.5
adonoMm (3,15 Br) Mas aHonoM (2,5 BT)
Published electrical value
3 A
1 — a”omHBIe; 2 — CETOYHO-aHOOHbIE (O CeTKe BTOpOH); 3 —
T sible anode dissipation (
2.5 W
T sible anode dissipation (2.5 W)
Published electrical value
0 mA
4.0 PRI S A S S S 0 S S s g D Y
Published electrical value
200
g 50 100 150 200 UgV
UpV
-1
UpV -5 =4 =3 -2 -1 @
Published electrical value
2
1 — Tox aHOna; 2 — TOK CETKH BTODO#; 3 — KpPYTHIHA; ! — TOK aHopa; 2 -—— TOK CeTKM BTODOH; J -— KpYyTH3Ha:
Published electrical value
200
4 — BXONHOE COMPOTHB/IEHHE Ha yacToTe 200 MI'n 4 — BXOIHOE COmpOTHBJeHHE Ha yacTtoTe 200 MIu
Published electrical value
3
1 — anode current; 2 — grid 2 current; 3 — trans- ! — anode current; 2 — grid 2 current; 3 — trans-
conductance
200 MHz
conductance; 4 — input resistance at 200 MHz conductance; 4 — input resistance at 200 MHz
ugsatr
10
ugsatr 3sv [ [ sovAasv /lzav 15y 10v
TR
-1 A
TR 35V A Ppd A7 I -1 /,/,// AV ]
KIALT vl
25
KIALT vl 4 +-Lo7 4 //Z" g1 25V]
! — TOK aHOJA B HMNYJNBCE
2
! — TOK aHOJA B HMNYJNBCE; 2 — TOK CETKH B UMMy/bCe [ — TOK aHOIA B HMIOyNbCe; 2 — TOK CETKH B HMIIYJIbCE
Averaged pulse characteristics (grid
2
Averaged pulse characteristics (grid 2 is connected with Averaged pulse characteristics (grid 2 is connected with
I — anode pulse current
2
I — anode pulse current; 2 — grid pulse current 1 — anode pulse current; 2 — grid pulse current
Other
triode)
3
triode): 1 — anode; 2 — grid-anode (for grid 2); 3 — maximum
Published electrical value
2.5 W
1 — maximum permissible anode dissipation (3.15 W) permissible anode dissipation (2.5 W)
Published electrical value
3
-2 5Vi| 1 — anode; 2 — grid-anode (for grid 2); 3 —— maximum permis-