6P9

Brixonnoit nenron

6

Brixonnoit nenron 6119 npenmasHaven mnsg ycu- The 6I19 output pentode is designed for power

Breixoaneie nmentombt

6

Breixoaneie nmentombt 6I19 BoimyckaioTes B Me- The 6I19 output pentodes are enclosed in metal

Brixonusle nenroast

6

Brixonusle nenroast 6I19 ycrofiuuenl K BO3neil-

CTBHIO OKpyXKawollefl TeMmIepaTypw ot —

6

CTBHIO OKpyXKawollefl TeMmIepaTypw ot —60 10 The 6I19 output pentodes are resistant to am-

XaHHYeCKHX Harpys

2.5

XaHHYeCKHX Harpys3ok: BuUOpanuoHHBEIX 10 25 g, to mechanical loads: vibration loads up to 2.5 g

YIZapHbIX MHOrOKpaTHBIX g

12

YIZapHbIX MHOrOKpaTHBIX g0 12 g. and multiple impact loads up to 12 g.

TapanTtupoBanras gosarosedHocTb

2000

TapanTtupoBanras gosarosedHocTb 2000 uacos. Service life guarantee: 2000 hr.

%) Ipu

7

%) Ipu 7 _

At Ugl~@ein =

10

At Ugl~@ein =21V, R, =10kQ.

cglk

1.56 pF

cglk 13+1,56 pF

Cgla <

0.06 pF

Cgla < 0,06 pF

NMPENEJBHO NONYCTUMBIE

3

NMPENEJBHO NONYCTUMBIE 3KCNIJAYATAILHOHHBIE NAHHBIE

Published electrical value

1

1) IIpy aBTOMATHYECKOM CMELIEHUH,

Published electrical value

2

2) Ilpu GUKCHPOBAHHOM CMELIEHHH.

BbIx

9

BbIx0aHOH neHTOn 6 l-l 9

Published electrical value

2

2 b = Torov || / / /’ \‘;Q}

N <iams iss

5 A

N <iams iss 5 // A //\'f"{/,lo

gl i Ty Sy Blil [ — — — “"fé? B // /g/ ‘//"/ </

0

gl i Ty Sy Blil [ — — — “"fé? B // /g/ ‘//"/ </0Q"’

Published electrical value

3

0 100 200 300 200 g¥ YtV =10 -8 -6 -4 -2 /3

et Ugp=

300 V

et Ugp=150 V — — =1 U, =300V

Published electrical value

9

6 rl 9 BoixoHOM neHTOj,

alff . /

18

alff . / - 18Y

Published electrical value

17 V

g 100 200 300 Ua.V 0 05 A0 17 Ugi~ VIESS)

I =

1

I =1(Uy) P =1 (Ugimerr)

(Tpm.);:moe BKJIIO'{.EHHE) U, =

-3

(Tpm.);:moe BKJIIO'{.EHHE) U, =63V U, =—3V

(triode connection) U =

10

(triode connection) U =300V Rg* 10 kO

Ugo=

150 V

Ugo=150 V

P AREINY = ~

212

P AREINY = ~-4/212"

Published electrical value

4

T 17 16 RpnR2 4

Published electrical value

600 A

100 200 300 400 500 600 A UgV

P, k=

1 uA

P, k=1 (Ra) I imp Igl imp f (Ua)

P, U,=

63

P, U,=63V (TpHOAHOE BKJIOUEHHE)

— — —k; U,=

300

— — —k; U,=300V (triode connection)

Ug

63

Ug2=150V I imp U,=63V

Uy==

100

Uy==3V — = —Liiimp fimp = 100 kHz

Ugeri=

2

Ugeri=21V T=2 ps

Output pentode

619

Output pentode 619

Ygr em=

100 V

Ygr em=100 V |

Published electrical value

48

48 N > Ug ump TN,

I, imp? Ig

1 uA

I, imp? Ig2imp =1 (Ua) < N

L, imp U,=

63

L, imp U,=63V N } Ny

— — —Loimp Ugy =

150 V

— — —Loimp Ugy =150 V N

fimp=

8 A

fimp= 100 Hz "‘b.' 08 A /

Published electrical value

18

16 Uyt o 1OO¥ 18 §

Published electrical value

3

3 L‘N /\ggyfimp100F]

sov

3

sov 14— 1/3

Published electrical value

1

/1IN [dov

Published electrical value

80

0 20w 60 80Uyuml

~ — —~leimp Ugo =

300

~ — —~leimp Ugo =300V Igl imp = f (Ugl imp)

fimp =

100

fimp = 100 Hz U, =63V Fimp = 100 Hz

Haunboupumii Bec

47

Haunboupumii Bec 47 e Maximum weight: 47 gr.

Heater voltage .…............……secrrecerernseriieenserecncoce VÊ

6.3 V

Heater current …œIf

450 mA

Dissipation d'ANOd@ …..……ssereseeesensereenencessercecen. Pä

9 W

Screen-grid dissipation Œ………ceseerenverresessenseccienes P 8

2 W

Tension de crête entre filament et cathode …. 0 VfK

50 V

Tension d'ANOdE …v.sercrerirenseenmennentesesressensnoncemaseesseveess V

250 V

Screen-grid voltage Vg

250 V

Tension de grille n° 1. Ve

-6 V

Plate current à s1gnal nuL aenaserserrennecnaerencrsecerencers 1O SIO

30 mA

Coutant de grille n° 2 à signal nul mrrsseesesesecemesses 182 SiSO

3 mA

Transconductance ……c aacnsasncesessncensecccoseemerecanaecenseuneneese 1D

7 mA/V

Résistance de charge d'anode,....................................... Ra

7 kΩ

Tension d'ENtrÉE ……sesricreimenentesençesentesecene | VE

4.2 Veff

Puissance d@€ SOrtIE ……ussesseesessessenesesssssmsinmes. PS

3.5 W

Capacitance d'entrée ...n CE

8 pF

InterelectrodeCapacitance

Capacitance de sortie ……….….….….….….……. …… Cs

5.5 pF

InterelectrodeCapacitance

Source symbol U,

63 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol I,

65±25 mA

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol I,

650+40 mA

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol U,

300 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol I,

30+10 mA

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol Uy,

150 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol cglk

13+1.56 pF

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol Cgla

< 0.06 pF

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol U,

69 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol V

15 W

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol U,

330 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol Uy

100 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol Ug2

330 V

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol Pa

9 w

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.

Source symbol BbIx

0 a

Published bilingual datasheet table; source symbol preserved because OCR/notation may be ambiguous.