Power - Beam (NOT sweep) ·BeamPower
Directly heated 65-watt beam transmitting tetrode for audio or RF power amplification, oscillator, and frequency-multiplier service through approximately 260 MHz.
Directly heated 65 W beam transmitting tetrode for AF or RF power amplification, oscillator and frequency-multiplier service up to 260 MHz.
Giant 5-contact all-glass 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
7.6 pF
Published interelectrode capacitance
Plate output capacitance
3.2 pF
Published interelectrode capacitance
Plate-to-control-grid capacitance maximum
0.4 pF
Published interelectrode capacitance
Maximum frequency
260 MHz
Published maximum/rated frequency
Data set 02
Published operating points and test conditions from this source.
Uf
6 V
If
3.5 A
3KCIIJIYATAIJHOHHbIE ,IIAHHME Z ) Ua max.
3000 V
Published value
1 a
la max.
150 mA
Wa max.
65 W
Ug2 max.
600 V
Wg2 max.
10 W
—Ugh max.
500 V
yxa3axo CIIeI~HanbxO, TO t HHM cnpaseA- Ua 600 1000 1500
1800 V
JIHBbT Ana 2 .IIaMn) Ug2 250 250 250
250 V
RE
65 A
Ug1') —30 —30 —35 —
35 V
lac, 60 60 60
50 mA
Ia 300 300 250
220 mA
Ig20 0 0 0
0 mA
Ig2 60 45 30
25 mA
Ug1 ef') 85.6 75 71.5
64.3 V
P, sP 6.2 5 3.2
2.2 W
Wa ') 45 65 63
63 W
Po 90 170 250
270 W
3KCIIJIYATAUHOHHbIE AHHbIE 2) Ua max.
3000 V
—Ug1 max.
500 V
Ua 600 1000 1500 2000
3000 V
Ug2 250 250 250 250
250 V
Ug1 —50 —70 —75 —80 —
90 V
la 140 150 150 150
115 mA
Ig2 40 40 35 30
20 mA
1g1 13 15 14 12
10 mA
Ug1 of 103 121.7 128.6 125
121.7 V
P1 Sp 1.9 2.5 2.5 2.1
1.7 W
Pa 84 150 225 300
345 W
Wa 30 45 55 65
65 W
Wg2 10 10 9 8
5 W
PO 54 105 170 235
280 W
3KCHJIYATA1U4OHHbIE ZjAHHbIE Ua max.
3000 V
Ia max.
150 mA
Ug2 max.
400 V
nn Bbl Ana 1 naMnbl): Ua 600 1000 1500 2000
2500 V
Ugh —100 —110 —125 —125 —
150 V
la 177 120 120 120
108 mA
Ig2 40 40 35 33
16 mA
Igi II 12 12 12
8 mA
Ugh of 135.7 150 160.6 160.6
167.8 V
P ) 2.1 2.5 2.7 2.6
1.9 W
Pa 70 120 180 240
270 W
W a 20 25 35 40
45 W
Wg2 10 10 9 8
4 W
W g1 I 1.2 1.2 1.1
0.7 W
Po 50 95 145 200
225 W
Ug2 nfsp 175 175 175 175
175 V
3KCHJIYATAL!HOHHbIE )1 AHHbIE Ua max.
2500 V
la max.
120 mA
Wa max.
45 W
Wg1 max.
5 W
(aaHHbte cnpaseunnBbl ung 1 IlaMnbl): Ua 1500 2000
2500 V
Ug2 300 400
500 V
Ugh ') —50 —75 —
100 V
lao 33 25
20 mA
la 200 270
230 mA
Igbo 0 0
0 mA
182') 35 50
35 mA
Igo 13 17
6 mA
Ugh of 135.7 164.3
214.2 V
P1 2.4 4.6
1.8 W
Wa ') 105 190
225 W
Wa 60 65
65 W
Po 150 300
325 W
REO
5 A
3KCHJIYATAUHOHHbIE MHHbIE Ua max.
3000 V
Cgs
7.6 pF
Ca
3.2 pF
Published value
0.1 pF
RE
65 A
Ua
1000 V
Ug2
250 V
Ugl —
25 V
Published value
1 a
la
60 mA
Ig2
3 mA
5
4 mA/V
la=/Ugh
-85 V
la=/Ugh-85V/
1 mA
yxa3axo CneL HaJIbHo, TO Aaxxb[e cnpaseu- Ua 1000 1500
1750 V
JIHBbI Ana 2 naMII): Ug2 500 500
500 V
UgI') —85 —85 —
90 V
lac 30 30
20 mA
Ia 170 180
170 mA
Ig20 0 0
0 mA
Ig2 24 14
17 mA
Ugl ef') 60.5 60.5
64.3 V
PI 0 0
0 W
Wa') 45 63
62 W
Po 80 145
175 W