Power - Beam (NOT sweep) ·BeamPower
Beam-power transmitting tube intended for RF amplifier service, providing substantial radio-frequency output for communications or industrial transmitting equipment.
Instant-heating 'Harp Cathode' beam-power tetrode for power output, oscillator or frequency-multiplier service in mobile or base equipment.
Medium 4-pin bayonet
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
RF beam-power tube (alias of 4652)
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.
Plate voltage
650 V
RFPower
Plate current
160 mA
RFPower
Power output
65 W
RFPower
Grid voltage
-71 V
RFPower
Grid current
2.8 mA
RFPower
Screen voltage
180 V
RFPower
Grid-to-plate capacitance
0.24 pF
Input capacitance
13 pF
Output capacitance
8.5 pF
Data set 02
Published operating points and test conditions from this source.
Heater/filament voltage nominal
1.6 V
WholeTube
Heater/filament current nominal
3.2 A
WholeTube
sleeve and grid No
2 pF
Published source row
sleeve and grid No (value 2)
11 pF
Published source row
Plate to filament &grid No
3
Published source row
sleeve and grid No
2 pF
Published source row
sleeve and grid No (value 2)
8.5 pF
Published source row
DC Plate Voltage
750 V
Published source row
DC Grid-No
2 V
Published source row
DC Grid-No (value 2)
250 V
Published source row
DC Grid-No.l Voltage
-150 V
Published source row
DC Plate Current
150 mA
Published source row
DC Grid-No.l Current
4 mA
Published source row
Plate Input
90 W
Published source row
Grid-No
2 W
Published source row
Grid-No (value 2)
3 W
Published source row
Plate Dissipation
25 W
Published source row
Transconductance
0.006 A/V
Promoted field corroboration
Amplification factor
4
Promoted field corroboration
Verified Transconductance
0.006 A/V
Verified from supplied datasheet rating/characteristic table
Verified Amplification factor
4
Verified from supplied datasheet rating/characteristic table
Voltage (AC or DC)
1.6 %
Published source row
Voltage (AC or DC) (value 2)
10 %
Published source row
Current at
1.6 V
Published source row
Current at (value 2)
3.2 V
Published source row
Heating time
1
Published source row
Transconductance°
6000
Published source row
Mu-Factor°, Grid No
2
Published source row
Mu-Factor°, Grid No (value 2)
4
Published source row
DC Plate Voltage
400 V
Published source row
DC Grid-No
2 V
Published source row
DC Grid-No (value 2)
190 V
Published source row
DC Grid~No.l Voltaged
-60 V
Published source row
DC Plate Current
150 mA
Published source row
DC Grid-No
2 mA
Published source row
DC Grid-No (value 2)
11 mA
Published source row
DC Grid-No.l Current (ApproxJ
2 mA
Published source row
Power Output (Approx.)
30 W
Published source row
Grid-No.l Circuit Resistance
30000
Published source row
For plate volts =
200 V
Published source row
For plate volts = (value 2)
2 V
Published source row
For plate volts = (value 3)
200 V
Published source row
current =
100 mA
Published source row
c See Electrical Cons iderations -Grid-No
2
Published source row
Maximum plate voltage
750 V
Promoted field corroboration
Maximum screen voltage
250 V
Promoted field corroboration
Maximum plate dissipation
25 W
Promoted field corroboration
Verified Maximum plate voltage
750 V
Verified from supplied datasheet rating/characteristic table
Verified Maximum screen voltage
250 V
Verified from supplied datasheet rating/characteristic table
Verified Maximum plate dissipation
25 W
Verified from supplied datasheet rating/characteristic table