Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
BbICOKOYACTOTHBIN MEHTOX C KOPOTKOW XapaKTepH- The
6
BbICOKOYACTOTHBIN MEHTOX C KOPOTKOW XapaKTepH- The 6X2M-EB high-frequency short-characteristic
crukoit
6
crukoit 6)K2IT-EB mpennasHadyeH mns yCWJeHHs Hanps- pentode has been designed for h.f. voltage amplification,
AKEHHUS BHICOKOM
4
AKEHHUS BHICOKOM 4aCTOTHL.
)“ H Cxema coeMHEHMS
3
)“ H Cxema coeMHEHMS 3MEKTPONOB C BLIBOAAMH:
Published electrical value
4
f . 1 — ceTxa nepBas; 2 — KaTon, 3xpaH; 3 — noaorpeparens; 4 —
Published electrical value
7 W
S 8]w 7 NOJOrPeBaTeNlb; 5 — aHOA; 6 — CETKH BTOpas; 7 — CeTKa Tpe-
Published electrical value
2
f 2 = Diagram of electrodes-to-pins connection:
Published electrical value
4
1 — grid 1; 2 — cathode, screen; 3 — heater; 4 — heater;
\fl‘[wj
3
\fl‘[wj 3. 5 — anode; 6 — grid 2; 7 — grid 3
Bubpanuvonsble Harpy
600 Hz
Bubpanuvonsble Harpy3Kd B AMana3oHe 4acToT OT | Vibration: at frequencies from | to 600 Hz with
Harpy
500
Harpy3ku ¢ yckoperdeMm o 500 g. JIuHeliHble Harpy3ka
¢ yckopennem go
100
¢ yckopennem go 100 g. Temmepatypa okpykaroluei
OKpyXarLeld cpeasl
3
OKpyXarLeld cpeasl 40 3 aT™M. up to 3 atm.
Published electrical value
6.3
e 63 heater ........ ... ... 6.3
BHOMR e et iig ANOAE ...\t
120
BHOMR e et iig ANOAE ...\t 120
CETKH TPETBEH ... ... ittt
0
CETKH TPETBEH ... ... ittt 0 e
Brid
120
Brid 2 L. e 120
OTCEYKH JJIEKTPOHHOIO TOKa CETKH grid
0
OTCEYKH JJIEKTPOHHOIO TOKa CETKH grid 3 e 0
HAKATIA o eitintte it anriennnennennnens
13 mA
HAKATIA o eitintte it anriennnennennnens 171+13 Current, mA:
AHOMA .+ o ovve e oo e
13
AHOMA .+ o ovve e oo e 6+2,2 heater ... ... .o e 171£13
CETKH BTOPOM .....\.iiiiiitiiireaanennnnna, =
2.2
CETKH BTOPOM .....\.iiiiiitiiireaanennnnna, =5 anode ... 6+2.2
aHOA [
5
aHOA [0 HAMNPAKEHUIO CETKA TPeThel (IpH Hanps- grid2 ... .. =5
XeHHH CeTKA —
1073
XeHHH CeTKA —15B) ....... ...l =50-1073 anode, with regard
to grid
3
to grid 3, at grid 3 voltage
JKEHHH CETKH nepBod —
1073 V
JKEHHH CETKH nepBod —10B) .................. =40 1073 anode, with regard to grid 1, at grid I voltage —10 V =40X 1073
ConpoTHB/EHHKE B LIENH katodga, OM
200 Ohm
ConpoTHB/EHHKE B LIENH katodga, OM .............. 200 Resistance in cathode circuit, Ohm ............... 200
BuyTpenHee conpoTusierue, MOM
53 MOhm
BuyTpenHee conpoTusierue, MOM ............... 0,16igjég Internal resistance, MOhm .................. ... 0.1613:3;53
Published electrical value
0.1 V
O6paTHbI# TOK CETKH [EPBOH (IPH HAMPAXCHUH CETKH Inverse grid 1 current, at grid 1 voltage —2 V, uA =0.1
nepo —
0.1
nepo —2B), MKA ... .. i, =0,1
MOCETKE MEPBOM . ........ovh tereevenninn
1.15
MOCETKE MEPBOM . ........ovh tereevenninn.. 4,15+1,15 withregardtogrid 1 ............ ..ot 4.15+1.15
TIO CETKe TPEThel (MPH HAMPAKEHHH CETKH TPETheH with regard to grid
5
TIO CETKe TPEThel (MPH HAMPAKEHHH CETKH TPETheH with regard to grid 3, at grid 3 voltage —3V .... =05
BXOMHAT © oot ttte et e ae s eeeareaerenaannns
0.6
BXOMHAT © oot ttte et e ae s eeeareaerenaannns 4,1+0,6 o o 11 4.1+0.6
Published electrical value
5
4 -1 S 2,54+0,5 OULPUL . .. . ittt e 2.510.5
APOXOMHAN .. evvenevnninnenreancsosnnnneenns =
0.035
APOXOMHAN .. evvenevnninnenreancsosnnnneenns =0,035 transfer ... ... e =0.035
KATOZ—TIOOOTPEBATEID .« ot v vvveernennrnnnnnnn =
4.6 V
KATOZ—TIOOOTPEBATEID .« ot v vvveernennrnnnnnnn =46 cathode-to-heater ...............c..o i, =4.6
JneXTpHYECKHE NapaMeTphl B TeyeHHe
5000
JneXTpHYECKHE NapaMeTphl B TeyeHHe 5000 4 kcruty- Electrical parameters over 5000 operating hours:
aTaltHu: transconductance, with regard to grid
2.5 V
aTaltHu: transconductance, with regard to grid 1, mA/V ... =2.5
KPYTH
2.5 mA
KPYTH3Ha XapaKTepACTHKH MO ceTke nepeoit, MA/B =2,5
Published electrical value
0.5 mA
o0OpaTHBI TOK CETKH NMEPBOA, MKA ............. =0,5 inverse grid 1 current, MA ...........ceerueen.. =0.5
Published electrical value
30
H3MCHEHHE KPYTH3HBI XapaKTEPHCTHKA, % ....... 30 change in transconductance, % ................ 30
TlpenenbHble
3
TlpenenbHble 3HAYEHUA NONYCTHMBIX Limit Values of Operating
HAKAIA .......ocvvnininnnn
6
HAKAIA .......ocvvnininnnn 6,6 6,0 heater ......coovvviiriiiinnnn., 6.6 6.0
QHOMA .......cvvihinninn
120
QHOMA .......cvvihinninn 120 anode ............iiiiiie.., 120
CETKH BTOPOR
120
CETKH BTOPOR ................ 120 Brd2 e 120
[OPH TONOXKHTENLHOM IOTEH- tial
9
[OPH TONOXKHTENLHOM IOTEH- tial . 9
[Majle [ONOrpeBaTeiy
0
[Majle [ONOrpeBaTeiy .. .. .. 0 with heater at negative poten-
MPH OTPHLATENLHOM INOTEH- tial
120
MPH OTPHLATENLHOM INOTEH- tial 120
pacceHBacMas aHoIOM
0.9
pacceHBacMas aHoIOM ........ 0,9 atanode ..................... 0.9
paccenBaeMas CeTKOH BTOPO#
0.6
paccenBaeMas CeTKOH BTOPO# ... 0,6 atgrid2.............. .0l 0.6
Bo, MOM
1 MOhm
Bo, MOM ...................... 1 Resistance in grid 1 circuit, MOhm 1
—y
2
—y 2 y Gy Ammm
!i l sA LA
7
!i l sA LA 7 ALA
Published electrical value
0
0 0 10 20 30 40 50 B0 UgyV 0w 0 lav
Published electrical value
0
1] — aHOOHO-CeTOYHas; 2 — CETOYHas (0 CETKE BTOPOi) BKJIIOUCHHE)
Un=
6.3 uA
Un=63V, Ua=120V, Ugp; =120V, Ug=-2V Un=6,3
Published electrical value
2
1 — anode-grid; 2 — grid (for grid 2) triode):
Un=
63 V
Un=63 V, Us=120 V, Ug; =120 V, Ugy1=-2 V Un=63V
Published electrical value
0
0 YT e ramnily
Published electrical value
8
8 VANan oS 15 S= il 8
Published electrical value
12
24g o] BEBEE S 12
iiB g
3
iiB g 3
Published electrical value
220
0 20 40 50 80 100 /120 140 160 160 200 220 Uay
Ugiv
-5
Ugiv -5
Published electrical value
3
1 — aHOOHbIE; 2 — CETOYHO-AHOAHBIE (IO CETKE BTOPOif) 1 — kpyTH3HA; 2 — QHOAHO-CETOYHasA;, 3 — CeTOYHas
Un=
120
Un=6,3V, Up=120V (o cetxe BTOPO#)
Published electrical value
2
1 — anode; 2 — grid-anode (for grid 2)
Un=
3
Un=6.3V, Ug,=120V ] — transconductance; 2 — anode-grid; 3 — grid (for
grid
2
grid 2)
Un=
120
Un=63V, Usa=120V, Upp=120V
Other
TEPBOR, HE BOMEE .. ... iiiriiien e
-1.5
TEPBOR, HE BOMEE .. ... iiiriiien e, -1,5 grid 1 electron current cutoff, max. ............. —-1.5