Power - Beam (NOT sweep) ·BeamPower
Forced-air-cooled ceramic-metal radial-beam tetrode designed for UHF RF amplification and oscillation, also capable of audio-frequency power service.
Forced-air-cooled UHF beam power tube for RF amplification, oscillation, and audio-frequency power 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.
1 physical section, each with unique specifications.
Section 1
Promoted fields populated from published ratings/characteristics; additional published values retained in TUBE_SECTION_PARAMETER.
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.
HeaterVoltageNominal
6.3 V
Nominal
HeaterCurrentNominal
1.8 A
Nominal
Maximum Plate Voltage
1000 V
Maximum Plate Dissipation
115 W
Maximum Cathode Current
180 mA
Data set 02
Published operating points and test conditions from this source.
Control Grid to Cathode Capacitance
13 pF
Control Grid to Screen Grid Capacitance
17.5 pF
Cathode Warmup Time Minimum
60 s
Frequency Full-Rated Power Input
1215 MHz
Maximum DC Plate Current
180 mA
Typical Useful Power Output
80 W
Frequency=400MHz
Typical Useful Power Output
40 W
Frequency=1200MHz
Data set 03
Published operating points and test conditions from this source.
80 WATTS CW POWER OUTPUT — published value 1
80 W
CW
80 WATTS CW POWER OUTPUT — published value 2
40 W
CW
Voltage (AC or DC
6.3
Published datasheet value
Current at heater volis = 6 3 — published value 1
6
Published datasheet value
Current at heater volis = 6 3 — published value 2
3
Published datasheet value
Current at heater volis = 6 3 — published value 3
2
Published datasheet value
Current at heater volis = 6 3 — published value 4
1
Published datasheet value
Mu-Factor, Grid No.2 to Grid No I
18
Published datasheet value
Grid P,o.i to date
0.065 mA
Published datasheet value
Grid No.1 to cathode & heater
13 pF
Published datasheet value
Plate to cathode & heater
0.013 mA
Published datasheet value
Grid No.1 to grid No.2
18 pF
Published datasheet value
Grid No.2 to plate
4.8 pF
Published datasheet value
Grid No.2 to cathode & heater — published value 1
0 mA
Published datasheet value
Grid No.2 to cathode & heater — published value 2
45 mA
Published datasheet value
Bypass Capacitcr — published value 1
2948
Published datasheet value
Bypass Capacitcr — published value 2
0
Published datasheet value
Grid-No.2 Bypass Capacitor — published value 1
2926
Published datasheet value
Grid-No.2 Bypass Capacitor — published value 2
0
Published datasheet value
Grid-No.2 Bypass Capacitor — published value 3
2929
Published datasheet value
Grid-No.2 Bypass Capacitor — published value 4
1
Published datasheet value
Grid No. l, cathode, and heater)
250 mA
Published datasheet value
Plate-Core Temperature
250 mA
Published datasheet value
DC plate voltage
1000
Published datasheet value
DC grid-No.2 (screen-grid) voltage
300
Published datasheet value
Plate dissipation — published value 1
1
Published datasheet value
Plate dissipation — published value 2
15
Published datasheet value
DC Plate Voltage — published value 1
650
Published datasheet value
DC Plate Voltage — published value 2
850
Published datasheet value
DC Grid-No.2 Voltage — published value 1
300
Published datasheet value
DC Grid-No.2 Voltage — published value 2
300
Published datasheet value
DC Grid-No — published value 1
-15
Published datasheet value
DC Grid-No — published value 2
-15
Published datasheet value
Peak AF Grid-No. l-to-Grid-No. l Voltage — published value 1
30
Published datasheet value
Peak AF Grid-No. l-to-Grid-No. l Voltage — published value 2
30
Published datasheet value
Zero-Signal DC Plate Current — published value 1
80 mA
Published datasheet value
Zero-Signal DC Plate Current — published value 2
80 mA
Published datasheet value
Zero-Signal DC Grid-No.2 Current — published value 1
0 mA
Published datasheet value
Zero-Signal DC Grid-No.2 Current — published value 2
0 mA
Published datasheet value
Effective Load Resistance — published value 1
4330
Published datasheet value
Effective Load Resistance — published value 2
7000
Published datasheet value
Effective Load Resistance — published value 3
2
Published datasheet value
DC plate voltage
1000
Published datasheet value
DC Grid-No. l Voltage — published value 1
-15
Published datasheet value
DC Grid-No. l Voltage — published value 2
-15
Published datasheet value
Peak AF Grid-No. l-to-Grid-No.l Voltage — published value 1
46
Published datasheet value
Peak AF Grid-No. l-to-Grid-No.l Voltage — published value 2
46
Published datasheet value
Zt:ro-Signal DC Plate Current — published value 1
80 mA
Published datasheet value
Zt:ro-Signal DC Plate Current — published value 2
80 mA
Published datasheet value
Effective Load Resistance — published value 1
2450
Published datasheet value
Effective Load Resistance — published value 2
3960
Published datasheet value
DC grid-No.2 voltage
300
Published datasheet value
DC grid-No. l voltage
100
Published datasheet value
DC plate current at peak of envelope
350 mA
Published datasheet value
DC grid-No. l current
30 mA
Published datasheet value
Plate input
180
Published datasheet value
Grid-No.2 Input
4.5
Published datasheet value
DC Grid-No. l Voltage — published value 1
-18.5
Published datasheet value
DC Grid-No. l Voltage — published value 2
-18.5
Published datasheet value
Zero-Signal DC Plate Current — published value 1
40 mA
Published datasheet value
Zero-Signal DC Plate Current — published value 2
40 mA
Published datasheet value
Effective RF Load Resistance — published value 1
2200
Published datasheet value
Effective RF Load Resistance — published value 2
3500
Published datasheet value
DC Plate Current at Peak of Envelope — published value 1
100 mA
Published datasheet value
DC Plate Current at Peak of Envelope — published value 2
100 mA
Published datasheet value
Average DC Plate Current — published value 1
75 mA
Published datasheet value
Average DC Plate Current — published value 2
75 mA
Published datasheet value
Average DC Grid-No.2 Current — published value 1
3.6 mA
Published datasheet value
Average DC Grid-No.2 Current — published value 2
1.7 mA
Published datasheet value
Peak-Envelope Driver Power Output (Approx.). 0.5 0.5 — published value 1
0.5
Published datasheet value
Max.-signal do plate current
180 mA
Published datasheet value
Max.-signal plate input
180
Published datasheet value
Max.-signal grid-No.2 input
4.5
Published datasheet value
Max.-Signal DC Plate Current — published value 1
200 mA
Published datasheet value
Max.-Signal DC Plate Current — published value 2
200 mA
Published datasheet value
Max.-Signal DC Grid-No.2 Current — published value 1
20 mA
Published datasheet value
Max.-Signal DC Grid-No.2 Current — published value 2
20 mA
Published datasheet value
Max.-Signal Power Output (Approx ) — published value 1
50
Published datasheet value
Max.-Signal Power Output (Approx ) — published value 2
80
Published datasheet value
Max.-signal do grid-No. l (control grid) current
30 mA
Published datasheet value
Max.-Signal DC Plate Current — published value 1
355 mA
Published datasheet value
Max.-Signal DC Plate Current — published value 2
355 mA
Published datasheet value
Max.-Signal DC Grid-No.2 Current — published value 1
25 mA
Published datasheet value
Max.-Signal DC Grid-No.2 Current — published value 2
25 mA
Published datasheet value
Max.-Signal DC Grid-No.l Current — published value 1
15 mA
Published datasheet value
Max.-Signal DC Grid-No.l Current — published value 2
15 mA
Published datasheet value
Max.-Signal Power Output (Approx.) — published value 1
85
Published datasheet value
Max.-Signal Power Output (Approx.) — published value 2
140
Published datasheet value