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Power - Triode (over 1000V 100W) ·Triode

5924

Forced-air-cooled counterpart to the 5923 high-power RF-heating triode. Rated for 6 kW plate dissipation and 6 kV plate voltage, with published operation producing roughly 6.9 kW RF output.

Directly heatedCold cathodeCommon cathodeDissimilar

Sections: 1
Base: -
Socket code: -
Base pins: -
Nominal heater: 12.6 V / 33 A

Description

5924 is a Triode device. Forced-air-cooled version of type 5923.

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base: -
Socket code: -
Base pins: -
Nominal heater voltage: 12.6 V
Nominal heater current: 33 A
Parallel heater voltage: -
Parallel heater current: -
Series capable: No

Terminal pinout

Electrical assignments shared by every tube using this base designation.

No verified pinout is recorded for this base designation.

Section ratings

1 physical section, each with unique specifications.

Section 1

Triode

X-ray radiationInterelectrode capacitances

Transconductance: 0.017 S
Amplification factor: 32
Max plate voltage: 6000 V
Max plate dissipation: 6000 W
Max grid dissipation: 120 W
Max cathode current: 10 A

Published maximum ratings and characteristics audited; remaining values retained densely in parameter table.

Source-dependent data

Operating conditions by source

Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.

Data set 01

1953 Amperex

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristic

Amplification factor
32
Published source value

Construction

Cooling method
forced air
Published source value

Data set 02

1958 Amperex Industrial

Published operating points and test conditions from this source.

SECTION 1

Triode

Characteristic

Amplification factor
32
Maximum frequency
75 MHz
Grid-to-plate capacitance
110 pF
Grid-to-filament capacitance
16 pF
Plate-to-filament capacitance
0.3 pF

Other

Maximum plate dissipation
6000 W
Plate voltage
6000 V
ClassC
Plate current
1.5 A
ClassC
Power output
6900 W
ClassC
Grid voltage
-400 V
ClassC
Grid current
310 mA
ClassC

Data set 03

1962 ITT

Published operating points and test conditions from this source.

SECTION 1

Triode

Other

Filement voltage (Note [1]
1 V
Filement voltage (Note 1) 12,6 v
Filement voltage (Note [2]
126 V
Filement voltage (Note 1) 12,6 v
Filament current, nominal
33 A
Filament current, nominal 33 A
of supply voltage of + [1]
5 V
of supply voltage of +5% to -10%.
of supply voltage of + [2]
-10 V
of supply voltage of +5% to -10%.
Mutual conductance %Measured at Vu = [1]
4 mA/V
Mutual conductance %Measured at Vu = 4kV} 17 mA/V
Mutual conductance %Measured at Vu = [2]
17 mA/V
Mutual conductance %Measured at Vu = 4kV} 17 mA/V
Grid to anode
11
Grid to anode 11 pF
Grid to filament
16
Grid to filament 16 pF
Anode to filament G,
3
Anode to filament G,3 pF
Direct anode voltage [1]
5 kV
Direct anode voltage 5 4 kv
Direct anode voltage [2]
4 kV
Direct anode voltage 5 4 kv
Direct anode current [1]
19 A
Direct anode current 1,9 1,6 A
Direct anode current [2]
16 A
Direct anode current 1,9 1,6 A
Direct arode dissipation ’ [1]
5 kW
Direct arode dissipation ’ 5 4 kW
Direct arode dissipation ’ [2]
4 kW
Direct arode dissipation ’ 5 4 kW
Direct grid dissipation [1]
120 W
Direct grid dissipation 120 120 W
Direct grid dissipation [2]
120 W
Direct grid dissipation 120 120 W
Negative grid bias [1]
1 kV
Negative grid bias 1 1 kV
Negative grid bias [2]
1 kV
Negative grid bias 1 1 kV
Peak cathode current [1]
10 A
Peak cathode current 10 a,1 A
Peak cathode current [2]
1 A
Peak cathode current 10 a,1 A
Input power, average [1]
95 kW
Input power, average 9,5 6,5 kW
Input power, average [2]
65 kW
Input power, average 9,5 6,5 kW
Direct anode voltage [1]
5 kV
Direct anode voltage 5 4 kV
Direct anode voltage [2]
4 kV
Direct anode voltage 5 4 kV
R.F. input voltage (grid-to-grid peak) [1]
1 kV
R.F. input voltage (grid-to-grid peak) 1 1 kV
R.F. input voltage (grid-to-grid peak) [2]
1 kV
R.F. input voltage (grid-to-grid peak) 1 1 kV
Power output, synch [1]
9 kW
Power output, synch. 9 6 kW
Power output, synch [2]
6 kW
Power output, synch. 9 6 kW
Power in load, synch, [1]
63 kW
Power in load, synch, 6,3 4,2 kW
Power in load, synch, [2]
42 kW
Power in load, synch, 6,3 4,2 kW
Drive power [1]
250 W
Drive power 250 350 to 450 W
Drive power [2]
350 W
Drive power 250 350 to 450 W
Drive power [3]
450 W
Drive power 250 350 to 450 W
Direct snode voltage
5 kV
Direct snode voltage 5 kV
Direct snode current
19 A
Direct snode current 1,9 A
Direct anode dissipation
5 kW
Direct anode dissipation 5 kW
Direct grid dissipation
120 W
Direct grid dissipation 120 W
Negative grid bies
1 kV
Negative grid bies 1 kV
Peak cathode current
10 A
Peak cathode current 10 A
Input power, average
95 kW
Input power, average 9,5 kW
Frequency for above ratings
75 MHz
Frequency for above ratings 75 MHz
frequency Up to
75 MHz
frequency Up to 75 MHz
Direct enode voltage
5 kV
Direct enode voltage 5 kV
R.F. input voltege, grid-to~-grid peak
1 kV
R.F. input voltege, grid-to~-grid peak 1 kV
Power output, white
9 kW
Power output, white 9 kW
Power in load, white
63 kW
Power in load, white 6,3 kW
Drive power
250 W
Drive power 250 w
Direct anode voltege [1]
5 kV
Direct anode voltege 5 4 kV
Direct anode voltege [2]
4 kV
Direct anode voltege 5 4 kV
Direct anode dissipation [1]
5 kW
Direct anode dissipation 5 4 kW
Direct anode dissipation [2]
4 kW
Direct anode dissipation 5 4 kW
Peak cathode current [1]
10 A
Peak cathode current 10 8,1 A
Peak cathode current [2]
81 A
Peak cathode current 10 8,1 A
Input power, average d.c [1]
95 kW
Input power, average d.c. 9,5 6,5 kW
Input power, average d.c [2]
65 kW
Input power, average d.c. 9,5 6,5 kW
Direct grid voltage [1]
-200 V
Direct grid voltage -200 ~150 v
Direct grid voltage [2]
150 V
Direct grid voltage -200 ~150 v
Power output, synch, [1]
9 kW
Power output, synch, 9 6 kW
Power output, synch, [2]
6 kW
Power output, synch, 9 6 kW
Power in load, synch [1]
63 kW
Power in load, synch. 6,3 4,2 . kW
Power in load, synch [2]
42 kW
Power in load, synch. 6,3 4,2 . kW
Drive power, synch [1]
250 W
Drive power, synch. 250 350 to 450 W
Drive power, synch [2]
350 W
Drive power, synch. 250 350 to 450 W
Drive power, synch [3]
450 W
Drive power, synch. 250 350 to 450 W
Direct anode voltage
6 kV
Direct anode voltage 6 kV
Direct anode current
15 A
Direct anode current 1,5
Direct grid dissipation
120 W
Direct grid dissipation 120
Direct grid current
350 mA
Direct grid current 350 mA
Negative grid bias
1 kV
Negative grid bias 1 kV
Peak cathode current
85 A
Peak cathode current 8,5
Typical Operating Conditions (Frequency
7 MHz
Typical Operating Conditions (Frequency 7SMHz)
Direct anode voltage [1]
4 kV
Direct anode voltage 4 5 6 kV
Direct anode voltage [2]
5 kV
Direct anode voltage 4 5 6 kV
Direct anode voltage [3]
6 kV
Direct anode voltage 4 5 6 kV
Direct grid voltage [1]
-200 V
Direct grid voltage -200 -300 -~400
Direct grid voltage [2]
-300 V
Direct grid voltage -200 -300 -~400
Direct grid voltage [3]
400 V
Direct grid voltage -200 -300 -~400
Direct anode current [1]
137 A
Direct anode current 1,37 1,5 1,5

Data set 04

1963 Amperex Condensed

Published operating points and test conditions from this source.

SECTION 1

Triode

Other

Plate current
1.5 A
RFPower
RF output power
6900 W
RFPower
Grid voltage
-400 V
RFPower
Grid current
310 mA
RFPower

Capacitance

Grid-to-plate capacitance
11 pF
Grid-to-filament capacitance
6 pF
Plate-to-filament capacitance
0.3 pF