Power - Beam (NOT sweep) (over 1000V 100W) ·BeamPower
Directly heated 400-watt beam transmitting tetrode intended mainly for RF oscillator, frequency-multiplier, and power-amplifier service with forced-air cooling.
Directly heated 400 W beam transmitting tetrode intended mainly for RF oscillator, frequency-multiplier and power-amplifier service, with forced-air cooling.
Special 5-pin transmitting-tube base
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
Semantically matched promoted fields only.
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.
Control-grid input capacitance
14 pF
Published interelectrode capacitance
Plate output capacitance
9 pF
Published interelectrode capacitance
Plate-to-control-grid capacitance
0.15 pF
Published interelectrode capacitance
Maximum frequency
110 MHz
Published maximum/rated frequency
Heater data
5 V; 12.5-14.5 A
Published heater voltage/current range or limit
Data set 02
Published operating points and test conditions from this source.
eresx no napannenbxof cxeMe. Uf
5 V
If
12.5 A to 15.5 A
3KCIIJIYATAIJIIOHHbIE TAHHbIE (fmax =
110 Mc/s
fmax = 110 Mc/s
(fmax = 110 Mru) Ua max.
4000 V
Published value
1 a
la max.
350 mA
Wa max.
400 W
Ug2 max.
600 V
Wg2 max.
35 W
Wg1 max.
10 W
HO OTBCYaTF, npHMepHO 12 BT.
12 W
Hag MO~ynxuxa, xenpepaiaxaa pa6ora, ration, fmax =
75 Mc/S
fmax = 75 Mru: Ua 2000 2500
3000 V
Ug2 500 500
500 V
—Ug1 220 220
220 V
Ia 275 275
275 mA
1g2 30 28
26 mA
Ig1 12 12
12 mA
Wg2 15 14
13 W
Wg1 1.1 1.1
1.1 W
Ug1 of 290 290
290 V
P1 3.5 3.5
3.5 W
Pa 550 688
825 W
Wa 170 178
195 W
Po 380 510
630 W
Ug2 sp 350 350
350 V
3KCHJIYATAUHOHHbIE AAHHbIE (fmax =
75 Mc/s
fmax = 75 Mc/s
(fmax = 75 Mru) Ua max.
3200 V
la max.
275 mA
Wa max.
270 W
—U g1 max.
500 V
GRENZWERTE: (fmax =
110 MHz
fmax = 110 MHz
fiir F =
75 MHz
etwa
12 W
fmax =
75 MHz
GRENZWERTE (fmax =
75 MHz
fmax = 75 MHz
HaB Mo]IyJIBuHB, npepbiencrax pa6oTa, ration, fmax =
30 Mc/s
fmax = 30 Mri;: Ua 2000 2500 3000
3650 V
Ug2 500 500 500
500 V
—Ug1 220 220 220
225 V
la 275 275 275
275 mA
Ig2 30 28 26
23 mA
1g1 12 12 12
13 mA
Wg2 IS 14 13
12 W
Wg1 1.1 I.I 1.1
1.2 W
0g1 of 290 290 290
315 V
P1 3.5 3.5 3.5
4 W
Pa 550 688 825
1000 W
Wa 170 178 195
235 W
PO 380 510 630
765 W
Ug2 sp 350 350 350
350 V
IIPE,AEJIbHO ,AOIIYCTHMbIE MAXIMUM RATINGS: (fmax =
30 Mc/s
fmax = 30 Mc/s
3KCHJIYATAL1HOHHbIE JIAHHBIE Ua max.
4000 V
(fmax = 30 Mri;)
1 a
(fmax = 30 Mri;) la max.
275 mA
—Ug1 max.
500 V
Wgl max.
10 W
CHOCOB OXJ
1 A
C51
11 pF
Ca
9 pF
Ca/gf
0.15 pF
Ua
2000 V
Ug2
450 V
Ugf —
48 V
Published value
1 a
1a
200 mA
S
4.5 mA/V
le
2.5 A
pe)KHM Al HJIM LIM Tenec)oHHaIM pex(HM: f max 75 75
75 Mc/s
Ua 2500 3000
4000 V
Ug2 500 500
500 V
—Ugf 200 220
220 V
Ia 350 350
350 mA
1g2 46 46
40 mA
Igl 18 19
18 mA
Wg2 23 23
20 W
W g1 1.8 1.9
1.8 W
Ugf sp 300 320
320 V
P1 1 5.4 6.1
5.8 W
Pa 875 1050
1400 W
W a 235 250
300 W
Po 640 800 1
100 W
pex<HM Al x.nH 4M Tene4)ommlM pex<HM, f max 110
110 Mc/s
2 naMnbr: Ua 3500
4000 V
Ug2 500
500 V
—Ugh 170
170 V
la 500
540 mA
Ig2 34
31 mA
Ig1 20
20 mA
PI 20
20 W
Pa 1300
1600 W
Po 1160
1440 W