6Z49PDR

PENTODE

6

PENTODE 6H490-

BoicokoyacToTHsIl neHToa

62

BoicokoyacToTHsIl neHToa 6K49I1-IIP ¢ xopoTkoii The 62K49I1-AP high-frequency short-characteristic

XapaKTEPUCTUKOH NPe/IHa

1111

XapaKTEPUCTUKOH NPe/IHa3HAYCH 1111 PabOTHL B LIKPOKO- pentode has been designed for use in wide-band amplifiers.

DlL

7

DlL5-7

Published electrical value

4

b 7 ! — xaTon; 2 — ceTxa nepeas; 3 — KaTon; 4 — NonorpesaTelis;

N h; f

8

N h; f 8 5 — nogorpesarens; 6 — CBOOOAEH; 7 — aHon; 8 — ceTka Tpe-

£l &l i g

9

£l &l i g 7 ThA, 3KpaH; 9 — ceTka BTOpas

K[|

3

K[| 7 i 3 . , Diagram of electrodes-to-pins connection:

| — cathode

5

| — cathode; 2 — grid 1; 3 — cathode; 4 — heater; 5 — heater;

Published electrical value

2

; : 6 — vacant; 7 — anode; 8§ — grid 3 and screen; 9 — grid 2

BabpaunoHHbIE HATPY

600 Hz

BabpaunoHHbIE HATPY3KH B OWANa3oHe 4acToT OT S Vibration: at frequencies from 5 to 600 Hz with

Harpy

75

Harpy3KH C YCKOPEHAEM 0 75 g NP [UIHTENBbHOCTH yaapa

up to

80

up to 75 g, at impact duration up to 80 ms. Single

Jo

80

Jo 80 mc. OnuHOYHBIE YAapHble HATPY3KH C YCKOPEHHEM

JaBneHue okpyxaroilieid cpeasl

3

JaBneHue okpyxaroilieid cpeasl 10 3 aT™. up to 3 atm.

HAKAIA oo tvvervnnaaeennnnanroranaeennannnn

6.3

HAKAIA oo tvvervnnaaeennnnanroranaeennannnn 6,3

ANOAE e e

150

ANOAE e e 150

CETKH BTOPOM .. .\vvreiinieinneenennnannn

150

CETKH BTOPOM .. .\vvreiinieinneenennnannn. 150

CETKH TPETBEH ..o iviveiieananransanonnnennn

0

CETKH TPETBEH ..o iviveiieananransanonnnennn 0

OTCEYKH IMEXTPOHHOIO TOKA CETKH MEPBOi, He

60

OTCEYKH IMEXTPOHHOIO TOKA CETKH MEPBOi, He 60~

NEe .....iiinn.. ittt

-1.1

NEe .....iiinn.. ittt -1,1

heater ... e

25

heater ... e 280+25

anode ........... e

4

anode ........... e 15+4

CETKH BTOPOM . ...'vvvevnunnsnonnnnnesoncnnes

0.7

CETKH BTOPOM . ...'vvvevnunnsnonnnnnesoncnnes 2,8+0,7

grid

7

grid 2 e 2.8+0-7

anode, cutoff, at grid { voltage —

3 V

anode, cutoff, at grid { voltage —8 V .......... =10X10-3

ceTkamepBoft —

3

ceTkamepBoft —8 B) ... ... .. ..ol =]0°10-3

Resistance in cathode circuit for automatic bias, Ohm

80 Ohm

Resistance in cathode circuit for automatic bias, Ohm 80

Input resistance at

2 kOhm

Input resistance at 60 MHz, kOhm ............... 5.1.2

CMEMmEHAA, OM ... ... iiitiiiiiinatiennannnnn

80

CMEMmEHAA, OM ... ... iiitiiiiiinatiennannnnn 80

Internal resistance, kOhm

100 kOhm

Internal resistance, kOhm ..................... ... 100

Bxonnoe conpoTtrsneHne yacTote

12

Bxonnoe conpoTtrsneHne yacTote 60 MI', kOM .... S.12

Equivalent noise resistance, Ohm

350 Ohm

Equivalent noise resistance, Ohm .................. 350

BHyTpeHHee compoTHBIACHAE, XOM

100

BHyTpeHHee compoTHBIACHAE, XOM ................ 100

Transconductance, mA/V ...........iiiirenneeann

3.5 V

Transconductance, mA/V ...........iiiirenneeann. 17.5£3.5

Published electrical value

350

3KBHBAJCHTHOE CONPOTHBACHUE WIyMoB, OM ... ... 350

Inverse grid L current, A ... ... ..ot =

200 mA

Inverse grid L current, A ... ... ..ot =0.2

KpyTtr

3.5 mA

KpyTtr3sa xapakrepdacerake, MA/B . ... .. L. 17,5£3,5

OOGpaTHBL TOK CETKM NEPBOM, MKA .. ............. =<

0.2

OOGpaTHBL TOK CETKM NEPBOM, MKA .. ............. =<0,2 Non-linear distortion, dB:

with regard to second harmonic

33

with regard to second harmonic ............... 33

Published electrical value

33

1O BTOPOM TADMOHHKE .. ..cvuurivnnnrennnnnss 33

with regard to third harmonic

64

with regard to third harmonic ................. 64

IO TPEThER TADMOHAKE ... ..... e

64

IO TPEThER TADMOHAKE ... ..... e 64

K CYMMe BXOINHO# M BbIXOOHO# eMKocTei), MA/B .« nd

1.7 V

K CYMMe BXOINHO# M BbIXOOHO# eMKocTei), MA/B .« nd 1,7 input and output capacitances), mA/V pF .......... 1.7

BXOMHAH « v vveeineenencanenenaaannannnnnnnn

1.2 V

BXOMHAH « v vveeineenencanenenaaannannnnnnnn 7,8+1,2

BEIXOMHAT ... vveiensneenrnennnncenrennnnnens

1.2

BEIXOMHAT ... vveiensneenrnennnncenrennnnnens 2,7+0,4 IOPUL .s 7.81+1.2

KaTOOd — MOHOTPEBATEMD . e.vvvvnneenrennnnnns

6

KaTOOd — MOHOTPEBATEMD . e.vvvvnneenrennnnnns 4,5+2 (41101 (> OU 0.024+0-006

DexTpHyeckue napameTpei B Tedenue

10000 V

DexTpHyeckue napameTpei B Tedenue 10000 v Ixc- cathode-to-heater ............

Electrical parameters over

10

Electrical parameters over 10,000 operating hours:

KDYTH

11 mA

KDYTH3HA XapaKTepHCTUKM, MA/B .............. =11

Published electrical value

2 mA

00paTHBIi TOK CETKH NIEPBOR, MKA . ............ =2 transconductance, mA/Y ... i

OTHOCHTENLHOE H

2 A

OTHOCHTENLHOE H3IMEHEHHE KPYTH3HBI XapakTe- inverse grid 1 current, A ......... .ol =2

PUCTHKM

15

PUCTHKM, 6 oot tiieie e iinianaiinannnannanns =< +I5 relative change in transconductance, % .......... ==15

Tlpene/bhbie

3

Tlpene/bhbie 3HAMEHHA QOAYCTHMbIX Limit Values of Operating

HAKATIA .. vvovvernnennnnnnens

6

HAKATIA .. vvovvernnennnnnnens 6,6 6

FE

6

FE0: () - S 160 heater ...........coiiiiiiiin, 6.6 6

aHOHa MpH

160

aHOHa MpH 3anepToi namne (npu anode ........... .. .., 160

Toke katoma ne Gonee

300

Toke katoma ne Gonee 10 mkA) 300 anode in cutoff valve, at cathode

CETKH BTOPOM ......cvuvuvun

300 uA

CETKH BTOPOM ......cvuvuvun.. 150 current at most [0 uA ... ..... .. 300

CETKU BTOPO#

50

CETKU BTOPO# 1pH 3aMepTO# 1aM- grid2 ... {50

ne (npH Toke KaToma He Gosnee grid

2

ne (npH Toke KaToma He Gosnee grid 2 in cutoff valve, at cathode

IOMKA) ..o iinneas

300 A

IOMKA) ..o iinneas 300 current at most 10 A .......... 300

CeTKAE IEPBOH .........cc

-100

CeTKAE IEPBOH .........cc000nn —100 gridl ...........

MeXAy KaTOAOM H NOAorpeBare- between cathode and heater

100

MeXAy KaTOAOM H NOAorpeBare- between cathode and heater .... 100

JEM ittt eneieas

100

JEM ittt eneieas 100

ToK Katoma, MA ... .onooo

22.5 mA

ToK Katoma, MA ... .onooo 2.5 Cathode current, mA ............. 22.5

paccenBaeMas aHOAOM

3

paccenBaeMas aHOAOM ........ 3 atanode ..................... 3

pacceuBaemMas cetkoidl BTOpo#

0.525

pacceuBaemMas cetkoidl BTOpo# 0,525 atgrid2 ... ... i 0.525

Conporusrienne B LEMH CETKu Nep- Resistance in grid

0.5 MOhm

Conporusrienne B LEMH CETKu Nep- Resistance in grid 1 circuit, MOhm 0.5

BOM, MOM

0.5

BOM, MOM ...................... 0,5 ]

Bpems FOTOBHOCTH, C ...ovn

35

Bpems FOTOBHOCTH, C ...ovn..... 35 Warm up period, s ............... 35

Igz,mA

1 mA

Igz,mA 1~ — P ol

Published electrical value

1

{ 4 paw D ____1 ARV AN

Published electrical value

20 A

20 VAL A

VYcepeoueHHBle XapaKTepUCTHKH (TPHOIHOE BKIIIOYCHHE)

5 A

VYcepeoueHHBle XapaKTepUCTHKH (TPHOIHOE BKIIIOYCHHE) 5 /A Afi

Un=

7

Un=6,3V ‘ 7] gaAn

Averaged characteristics (when connected as triode)

14

Averaged characteristics (when connected as triode): 7 ////14 // ',;’if d

Ugry

-2

Ugry -3 -2 -f [/}

| — TOK aHOHa

3

| — TOK aHOHa; 2 — TOK CETKH BTOPOH; 3 — KpYTH3HA

Published electrical value

3

1 — anode current; 2 — grid 2 current; 3 — trans-

Published electrical value

2

20 17 >4 ! — TOK amoma; 2 — TOK CETKH BTOPO¥;

/ ]

3

/ ] 3 — HaubonslIas AOMYCTHMAsA MOIIHOCTD,

Published electrical value

-1.5

15t ! | T -1,5¢ paccenBaeMas aHoIOM

Y Q

-2

Y Q7] ;! Hay -2y WA _Lop Averaged characteristics:

L\ =yAyss o s soi o L

2

-L\ =yAyss o s soi o L : : 2 current;.

] — anode current

2

] — anode current;. 2 — grid

Published electrical value

150 A

a 50 100 150 200 250 Uav Un=63V, Up=150V

grid

-1

grid 1 electron current cutoff, max. ............. -1

A AT i‘_f:,’f?;:”l‘::j‘_t: S e T RS

3 A

A AT i‘_f:,’f?;:”l‘::j‘_t: S e T RS 3 — maximum permissible anode