Power - TV Horizontal Output (sweep) ·Pentode
Power pentode designed for color-television line-output and horizontal-deflection amplification.
Power pentode for color-television line-output/line-deflection amplification. The supplied French datasheet was translated to English for descriptive output.
Magnoval 9-contact
General specifications
Properties common to every published source and operating point.
Electrical assignments shared by every tube using this base designation.
No verified pinout is recorded for this base designation.
1 physical section, each with unique specifications.
Section 1
Published ratings and characteristics promoted where clearly stated; identical repeated sections compressed when applicable.
Source-dependent data
Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.
Data set 01
Published operating points and test conditions from this source.
Plate voltage
190 V
Screen-grid voltage
190 V
Plate current
60 mA
Screen-grid current
5 mA
Grid voltage
-17 V
Transconductance
9000 uS
Plate resistance
10 kOhm
Peak plate current
320 mA
Pulse
Peak positive plate voltage
2.5 kV
VerticalDeflection
Plate-grid capacitance
1.4 pF
Grid-heater capacitance
0.2 pF
Data set 02
Published operating points and test conditions from this source.
TEnSiONn- FÎlAMENt L………uresersereerensentereseenençneEünnnn—++=*2+n+be Vvf
18.5 V
Courant fÎlAment …..….srercessesercesmsecasesssesssuuransareusees If
300 mA
Tension d'anode
190 V
Tension de grille n° 2
190 V
Tension de grille n° 1.....….……..….seeesemeenemmsemsemmsavees
-17 V
Courant d'ANO@.. ……s mmreercoreresr sovoercorsm0ca se aasa sn ce0s
0 s
Courant de grille n° Z ….……vessererseenseneseenen ars en sesees s00e
3 mA
Tension d'anode en fin de balayage ……c Va
70 V
Tension de grille n° 2 …… Ve,
190 V
Tension de grille n° 1 …… Vgs
-5 V
Courant d'anode d@ CrÊtE …… ... ceerer vsacaseancennes conasosene en Iker
230 mA
Capacité grille n° 1/ filament … Cg:/f
200 mpF
Tension d'anode à courant nul ……s seesensesseeseesesass Va bl
700 V
crcn en senm su se seemceca se Va
400 V
Tension d'anode de crête Vacr
2.5 kV
Dissipation d'anode …… Pa
12 W
Tension de grille n° 2 à courant nul
700 V
Tension de grille n° 2 ……s Vez
275 V
Dissipation de grille n° 2 ………ee Pez
2.5 W
Courant de cathode …… Ik
100 mA
Tension entre le filament et la Cathode ……s V£k
220 V
Capacité anode/ grille n° Î .……miversimnemesses Ca/ g;
1.8 pF
Data set 03
Published operating points and test conditions from this source.
Heater voltage
17 V
Published nominal value
Heater current
300 mA
Published nominal value
Transconductance
90000 µS
Published operating characteristic
Maximum plate dissipation
12 W
Published maximum rating
Maximum peak anode voltage
2.5 kV
Pulse duration <=5% cycle, max 1 ms
Data set 04
Published operating points and test conditions from this source.
Heater voltage
17 V
Published nominal value
Heater current
300 mA
Published nominal value
Maximum plate dissipation
12 W
Published maximum rating
Maximum peak anode voltage
2.5 kV
Pulse duration <=5% cycle, max 1 ms
Data set 05
Published operating points and test conditions from this source.
Heater voltage
17 V
Heater current
300 mA
Heater current If 300 mA
300 a
Heater current If 300 mA
Heater voltage Vi 17 vV
17 a
Heater voltage Vi 17 vV
Anode voltage v, 50 Vq 190 V
190 A
Anode voltage v, 50 Vq 190 V
Grid No.2 voltage Vg2 190 Vg2 190 V
2 v
Grid No.2 voltage Vg2 190 Vg2 190 V
Grid No.l voltage Vgl -1 Vgl -17 Vv
-17 v
Grid No.l voltage Vgl -1 Vgl -17 Vv
Anode current Iap 320 Iy 60 mA
60 A
Anode current Iap 320 Iy 60 mA
Grid No.2 current Igz approx. 60 Igz 5 mA
2 a
Grid No.2 current Igz approx. 60 Igz 5 mA
tube deterioration during life and decrease of the mains voltage to 10 % below the
10 a
tube deterioration during life and decrease of the mains voltage to 10 % below the
Anode voltage vV, 70V
70 A
Anode voltage vV, 70V
Grid No.2 voltage Vg2 200 V
2 v
Grid No.2 voltage Vg2 200 V
Grid No.1 voltage Vgl -5V
1 v
Grid No.1 voltage Vgl -5V
> 600 Hz. The equivalent interferance voltage at grid No.l will than be < 25 mV
600 Hz
> 600 Hz. The equivalent interferance voltage at grid No.l will than be < 25 mV.
Cathode current, average I, max. 100 mA
100 a
Cathode current, average I, max. 100 mA
Anode dissipation Wy max. 12 W
12 A
Anode dissipation Wy max. 12 W
Anode to grid No. 1 Cagl max. 1.6 pF
1.6 A
Anode to grid No. 1 Cagl max. 1.6 pF
Grid No. 1 to heater gif max. 0.2 pF
1 a
Grid No. 1 to heater gif max. 0.2 pF
Anode peak current Iap 230 mA
230 A
Anode peak current Iap 230 mA
Anode voltage Vao max. 700 V
700 A
Anode voltage Vao max. 700 V
Anode peak voltage max. 2.5 kV 1)
1 A
Anode peak voltage max. 2.5 kV 1)
Grid No.2 voltage max. 700 Vv
2 v
Grid No.2 voltage max. 700 Vv
Anode dissipation max. 12 W
12 A
Anode dissipation max. 12 W
Grid No.2 dissipation max. 3 W
2 s
Grid No.2 dissipation max. 3 W
Cathode current max. 100 mA
100 a
Cathode current max. 100 mA
Grid No.l resistor, fixed bias max. 1 MQ
1 s
Grid No.l resistor, fixed bias max. 1 MQ
Cathode to heater voltage max. 220V
220 a
Cathode to heater voltage max. 220V