Data set 01
1940 RCA
Published operating points and test conditions from this source.
Beam Power
Other
1000 Watts PEP Output
1000 W
1000 Watts PEP Output
Full Input to
400 MHz
Full Input to 400 MHz Beam Power Tu be
it can deliver one kilowatt output at
20 W
it can deliver one kilowatt output at 70% efficiency with a gain of better than 20 dB.
put, and to UHF, Class B linear service, where it will deliver
300 W
put, and to UHF, Class B linear service, where it will deliver 300 watts carrier power output.
Voltage® (ac orde) oo v v vn. .. {
3.75 V
Voltage® (ac orde) oo v v vn. .. {5.5 typ. V Greatest Diameter. .. ......... (95.3 mm) 3.75 in
Grid No
0.14 pF
Grid No.1 to Plate® .......... 0.14 pF T L.
Grid No
38 pF
Grid No.1 to Cathode-Heater .. ... .. 38 pF Seel"'nI‘u ’ d o
Plate to Cathode-Heater¢
250 pF
Plate to Cathode-Heater¢ .. .. ... .. 0.02 pF al Temperature® ... ........... 250 max. °C
Grid No
2 pF
Grid No.1to Grid No.2. . . .. ...... 52 pF (Plate, Grid No.1, Grid No.2
Grid No
16 pF
Grid No.2to Plate ... .......... 16 pF Cathode-Heater, and Heater)
Grid No
250 pF
Grid No.2 to Cathode-Heater® .. .. .. 1.4 pF Plate Core Temperatured . .. ....... 250 max. °C
b por: plate voltage =
2500 V
b por: plate voltage = 2500 V d See Dimensional Qutline for temperature measurement
grid No
600 V
grid No.2 voltage = 600 V points.
plate current =
600 mA
plate current = 600 mA
peak-to-average power ratio of
30 MHz
peak-to-average power ratio of 2. In a grid-drive circuit at 30 MHz
Maximum CCS Ratings, Absolute-Maximum Values: DC Plate Voltage
2500 V
Maximum CCS Ratings, Absolute-Maximum Values: DC Plate Voltage . . . . ... .... 2500 2500 V
DC Grid-No
600 V
DC Grid-No.2 Voltage .. ...... 600 600 V
up to
400 MHz
up to 400 MHz
DC Grid-No
61 V
DC Grid-No.1 Voltageh . ... ... 65 61 V
DC GRID-No
1050 V
DC GRID-No.2 VOLTAGEY. ....... 1000 max. V Effective RF Load Resistance . . 1050 1050 Q
Peak RF Grid Voltage
47 V
Peak RF Grid Voltage . . ... ... 50 47 V
In a grid-drive citcuit at
108 MHz
In a grid-drive citcuit at 108 MHz with an output circuit
bandwidth of
2 MHz
bandwidth of 2.0 MHz"
DCPlate Voltage . . . ... ..o i v v
3350 V
DCPlate Voltage . . . ... ..o i v v 3350V
DC Grid-No
2 V
DC Grid-No.2 Voltage . .. ..o
DC PLATE VOLTAGEf
1 V
DC PLATE VOLTAGEf........... 3500 max. V DC Grid-No.1 Voltage .. ......cvvvo
DC GRID-No
1000 V
DC GRID-No.2 VOLTAGES. ........ 1000 max. V
DC GRID-No
0.55 V
DC GRID-No.1 VOLTAGEK . ....... -300 max. V DCPlateCurrent . ..o vv v v e v vveen 0.55 A
Carrier conditions for use with a maximum modulation In a cathode drive circuit at
400 MHz
Carrier conditions for use with a maximum modulation In a cathode drive circuit at 400MHz with an output cir-
DC PLATE VOLTAGEf ... ... ...,
500 V
DC PLATE VOLTAGEf ... ... ..., 3500 max. DC Grid-No.2 Voltage9 ............. 500 V
DC Grid-No
65 V
DC Grid-No.1 Voltage™ ............. 65 V
DC GRID-No
2 V
DC GRID-No.2 VOLTAGES. . . ...
.. 1000 max. DCPlateCurrent .. ............... 550 mA
550 mA
.. 1000 max. DCPlateCurrent .. ............... 550 mA
DC PLATE CURRENT
-10 mA
DC PLATE CURRENT .......... 700 max. mA DC Grid-No.2 Current. + « .o v oo v vu e -10 mA
Class C Television Service Typical Operation in Grid-Drive Circuvit at
216 MHz
Class C Television Service Typical Operation in Grid-Drive Circuvit at 216 MHz
Synchronizing-level conditions per tube unless other- BandwidthP of
6 MHz
Synchronizing-level conditions per tube unless other- BandwidthP of 6.0 MHz
wise specified DCPlate Voltage . .. ... v e v v v v v
2500 V
wise specified DCPlate Voltage . .. ... v e v v v v v 2500 V
Moximum CCS Ratings, Absolute-Maximum Values: DC Grid-No
500 V
Moximum CCS Ratings, Absolute-Maximum Values: DC Grid-No.2 Voltage . .. ... cven v 500 V
Up to
1 MHz
Up to 400 MHz Peak RF Grid-No.1 Voltage:
DC PLATE VOLTAGE!
60 V
DC PLATE VOLTAGE! ......... 3500 max. V Pedestallevel . ... ............. 60 V
DC GRID-No
1 V
DC GRID-No.2 VOLTAGES. . ... ... 1000 max. V DC Grid-No.1 Voltage .. . ..o
GRID-No
-40 mA
GRID-No.2 INPUT ............. 50 max. W DC Grid No.2 Current Pedestal level. . . . . -40 mA
Synchronizing level
5 mA
Synchronizing level. . . ... ........ 5.0 mA
GRID-No
0 mA
GRID-No.1 CURRENT ... ........ 200 max. mA Pedestal level . . . .. ............ 00 A
€ See Section V.C. of
300 ohm
€ See Section V.C. of 1CE-300. a ten ohm, unbypassed cathode resistor. See also Section
“1HEATER VOLTAGE Ej =55V
55 V
“1HEATER VOLTAGE Ej =55V
GRID No
2 V
GRID No.2 VOLTAGE EC2=GOOV
|GRID NO
500 V
|GRID NO. 2 VOLTAGE E,® 500V
20 = 5.9 OHMS
5.9 ohm
20 = 5.9 OHMS
Zo =
13.4 ohm
Zo = 13.4 OHMS
No.2, and grid-No.1 voltages. In typical operation C PRESSURE
1 V
No.2, and grid-No.1 voltages. In typical operation C PRESSURE
at 1500 watts, plate dissipation, and 225° C plate LEVE L g
225 W
at 1500 watts, plate dissipation, and 225° C plate LEVE L g
seal temperature,
60 in
seal temperature, 29 cfm at 0.35 inches of water 60}
Characteristic
factor of
3.5 MHz
factor of 1.0 cuit bandwidth of 3.5 MHz"