Power - Tetrode (NOT beam) ·Tetrode-Tetrode
Double tetrode designed for RF Class-C amplifier, oscillator, frequency-multiplier, and modulator service. Its paired tetrode sections support versatile high-frequency power applications.
Double tetrode for RF Class-C amplifier, oscillator, multiplier and modulator service.
Small-button Noval 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.
2 physical sections, each with unique specifications.
Section 1
Two electrically identical beam-tetrode sections compressed to one representative row; shared/common values are preserved in parameters.
Section 2
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.
Heater voltage
6.3 V
Published nominal value or midpoint of published range
Heater current
820 mA
Published nominal value or midpoint of published range
Data set 02
Published operating points and test conditions from this source.
Cathode: oxyde Vf
12.6 V
| Cathode: oxyde Vf = 6.3 12.6V'
Katode : Oxyd
410 mA
| Katode : Oxyd 0.41 A
zontally. it is recommanded that pins
2 a
Cooling | zontally. it is recommanded that pins 2 and 7 are
zontally. it is recommanded that pins
7 a
Cooling | zontally. it is recommanded that pins 2 and 7 are
ment. it es'_ recommande que les broches
7 s
Cooling | ment. it es'_ recommande que les broches 2 et 7 sont
ist. ward empfohlen die Stifte
2 a
Cooling | ist. ward empfohlen die Stifte 2 and 7 in einer
Published electrical value
5.3 V
Cooling | 1 )0ccasional operation at 5.3 V or 7.8 V (resp. 10.6 V or
Published electrical value
7.8 V
Cooling | 1 )0ccasional operation at 5.3 V or 7.8 V (resp. 10.6 V or
Published electrical value
10.6 V
Cooling | 1 )0ccasional operation at 5.3 V or 7.8 V (resp. 10.6 V or
Published electrical value
15.6 V
Cooling | 15.6 V) is acceptable. The tube may be used with
operation occassionelle
5.3 V
Cooling | operation occassionelle 5.3 V ou 7.8 V (10.6 ou 15.6
operation occassionelle
7.8 V
Cooling | operation occassionelle 5.3 V ou 7.8 V (10.6 ou 15.6
oder
15.6 V
Cooling | oder 15.6 V) 1st akzeptabel. Zur Verringerung des Heiz-
oder
1 s
Cooling | oder 15.6 V) 1st akzeptabel. Zur Verringerung des Heiz-
The tube is internally Ca
2.6 pF
Capacitances | The tube is internally Ca = 2.6 pF Co = 1 .4 pF
The tube is internally Ca
4 pF
Capacitances | The tube is internally Ca = 2.6 pF Co = 1 .4 pF
Published electrical value
6.2 pF
Capacitances | = 6.2 pF Ci = 5.1 pF
Published electrical value
5.1 pF
Capacitances | = 6.2 pF Ci = 5.1 pF
internement Caga <
0.1 pF
Capacitances | internement Caga < 0.1 pF
Plate current
30 mA
Typical characteristics | µ52g.(Ia = 30 mA ) = 7.5
Plate current
30 mA
Typical characteristics | S (Ia = 30 mA ) = 3.3 mA/V
Plate current
3.3 mA/V
Typical characteristics | S (Ia = 30 mA ) = 3.3 mA/V
dans
1 a
Class C telegraphy | dans 1a charge
Plate voltage
300 V
Maximum ratings | Va = max. 300 V
Wa = max
5 W
Maximum ratings | Wa = max. 2x5 W
Wia = max
11.25 W
Maximum ratings | Wia = max.2x11.25 W
Ia max
45 mA
Maximum ratings | Ia max. 2x45 mA
Vga = max
200 V
Maximum ratings | Vga = max. 200 V
Wga = max
1 W
Maximum ratings | Wga = max. 2x1 W E-
max
150 V
Maximum ratings | = max. 150 V
Wg. = max
0.2 W
Maximum ratings | Wg. = max. 2x0.2 W
LW' = max
3 mA
Maximum ratings | LW' = max. 2x3 mA
Ik max
50 mA
Maximum ratings | Ik max. 2x50 mA
max
225 mA
Maximum ratings | = max. 225 mA
V~ max
100 V
Maximum ratings | V~ max. 100 V
f
200 MHz
Maximum ratings | f = 200 200 200 Mc/s
Data set 03
Published operating points and test conditions from this source.
Series heater voltage
12.6 V
Series
Series heater current
410 mA
Series
Parallel heater voltage
6.3 V
Parallel
Parallel heater current
820 mA
Parallel
Maximum anode input power per section - CCS
11.25 W
CCS
Maximum anode dissipation per section - CCS
5 W
CCS
Maximum anode current per section - CCS
45 mA
CCS
Maximum anode input power per section - ICAS
15 W
ICAS
Maximum anode dissipation per section - ICAS
7 W
ICAS
Maximum anode current per section - ICAS
55 mA
ICAS
Maximum cathode current per section - ICAS
65 mA
ICAS
Maximum peak cathode current per section - ICAS
300 mA
ICAS
Maximum heater-cathode voltage
100 V
Maximum frequency
200 MHz
RF push-pull output power
14.5 W
ClassC PushPull CCS; 300 V, 200 MHz
RF push-pull output power
18.5 W
ClassC PushPull ICAS; 300 V, 200 MHz
Grid-screen/common capacitance
6.2 pF
Shared/representative
Anode capacitance
2.6 pF
Shared/representative
Anode-control-grid capacitance
<0.1 pF
Characteristic anode voltage
200 V
Characteristic screen voltage
175 V
Characteristic control-grid voltage
-13 V
Characteristic anode current
30 mA
Per section
Characteristic screen current
8 mA
Shared table
Transconductance
3300 uS
Screen/control-grid factor
7.5
Data set 04
Published operating points and test conditions from this source.
Cathode: oxyde Ve = 6,3
12.6 V
Modulator
Katode : Oxyd Ir - 0,82
410 mA
Modulator
Va = max
300 V
Tia = max.2x1
1.25 W
Vg = max
150 v
Wery = max. 2x0,
2 W
Ik = max, 2x5
0 mA
kp = max
225 mA
Yy = max
100 v
£ = 200 200
200 Mc/s
Vgr gy = 110 110
115 v
Ia = 2%37,5 2x33,5% 2x3
5 mA
Ig = 2,3 1,8
2.2 ua
Ig = 2x0,9 2,2
2.7 ma
Wg = 2x4 2%2,9 2x2,
8 W
Wgz = 0.4 0,3
0.33 W
Wigs = 2x0,05 0,12
0.14 W
Wio = 1435 i
8.4 W
Wo = 12 9
7.4 W
Va = max,
300 V
PushPull
The tube [1]
1 s
PushPull
The tube [2]
2.6 pF
PushPull
Le tube est neutrodyné ©&
6.2 pF
PushPull
Hgagr (Ia
30 ma
Iz
30 ma
Temp. d'ampoule max [1]
225 c
Temp. d'ampoule max [2]
120 C
Occasional operation at [1]
5.3 V
Occasional operation at [2]
7.8 V
Occasional operation at [3]
10.6 V
Shipping weight, poids brut, Bruttogewicht: 23 g
15.6 V
Opération occassionelle & 5,3 Vou
7.8 V
Celegentliche Wirkung bei [1]
5.3 V
Celegentliche Wirkung bei [2]
7.8 V
Celegentliche Wirkung bei [3]
10.6 V
oder
15.6 V