Power - Triode (over 1000V 100W) vacuum tubes

Triode

Medium-mu General Electric transmitting triode for substantial Class C RF power amplification. Approximately 4 kW plate dissipation and 7 kV capability support several kilowatts of grounded-filament or grounded-grid transmitter output.

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6.3 V

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Triode

High-power General Electric transmitting triode with roughly kilowatt-class plate dissipation and multi-kilovolt capability. Available manufacturer material establishes substantial transmitting service but provides limited reliable parsed detail for a narrower functional description.

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16 V

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1

Triode

High-mu General Electric power triode for RF and audio power-amplifier service. Approximately 125 W plate dissipation and 1.5 kV capability support substantial transmitting and push-pull audio output applications.

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B4B

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10 V

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1

Triode

General Electric transmitting triode for RF and audio power service. Approximately 300 W plate dissipation and 3 kV capability support substantial push-pull amplifier and transmitter applications.

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B4B

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10 V

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1

Triode

Large General Electric power triode for substantial RF and audio amplifier service. Approximately 600 W plate dissipation and multi-kilovolt capability support several operating classes and useful transmitter service through the lower HF range.

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B4B

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11 V

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1

Triode

Massive high-mu General Electric power triode for very-high-power low-frequency RF and amplifier service. Approximately 100 kW plate dissipation and 20 kV capability place it among extreme fixed-station power tubes.

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B4B

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33 V

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1

Triode

Very-high-power General Electric transmitting triode with approximately 20 kW plate dissipation and 10.5 kV plate capability. Its ratings place it firmly in large professional RF power service.

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12.6 V

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1

Triode

Water-cooled high-power transmitting triode for professional RF service. Approximately 5 kW plate dissipation and 8.5 kV capability support roughly 10 kW RF output through the HF range.

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11 V

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Triode

High-power General Electric transmitting triode with approximately 5 kW plate dissipation and 8.5 kV capability. Published Class B audio data also supports large transmitter-modulator service in addition to RF power applications.

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11 V

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Triode

Large General Electric power triode for high-power audio, modulator, and transmitting service. Approximately 7.5 kW plate dissipation and 15 kV capability support tens of kilowatts from a two-tube Class B stage.

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11 V

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Triode

High-mu General Electric power triode for very-high-power low-frequency service. Approximately 10 kW plate dissipation and 15 kV capability support major professional RF and amplifier systems.

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11 V

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1

Triode

Very-high-power General Electric transmitting triode for professional RF service. Approximately 20 kW plate dissipation and 20 kV capability support major fixed transmitter operation in the lower RF range.

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10 V

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1

Triode

Soviet directly heated power triode designed specifically for low-frequency power amplification. Approximately 1 kW plate dissipation and 5 kV capability support high-current audio and modulator service from a heavy tungsten cathode.

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17 V

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1

Triode

Massive Soviet power-modulator triode intended for low-frequency high-power service. Approximately 30 kW plate dissipation and multi-kilovolt capability support multiampere anode current in heavy transmitter-modulation and audio-frequency power stages.

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10.5 V

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1

Triode

Russian liquid-cooled power triode for electronic current and voltage regulator service in RF equipment.

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6.3 V

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1

Triode

Russian forced-air-cooled power triode for electronic current and voltage regulator service in RF equipment.

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6.3 V

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Triode

Classic Soviet directly heated low-mu audio power triode. Approximately 125 W plate dissipation, low amplification factor, and 1.5 kV capability provide substantial low-frequency output from a carbonized-tungsten filament.

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J4

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20 V

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1

Triode

Russian high-current pulse-switching triode designed as the power switch in RF pulse modulators and related pulsed-power equipment.

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8.2 V

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1

Triode

Russian high-current pulse-power switching triode with large peak-current capability for pulse-modulator service.

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26 V

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1

Triode

Grounded-grid metal-ceramic RF power triode for continuous-wave generation and amplification. Approximately 1 kW plate dissipation and multi-kilovolt capability provide substantial radio-frequency power in a compact transmitting format.

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12.6 V

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1

Triode

Metal-ceramic RF power triode intended for high-frequency generation and amplification. Its compact transmitting construction and substantial plate capability suit RF power stages requiring high operating frequency and dependable power handling.

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12.6 V

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Triode

Metal-ceramic Soviet microwave power triode for RF amplification and frequency multiplication. Several hundred watts of plate dissipation and multi-kilovolt capability emphasize high-frequency power generation rather than conventional lower-frequency service.

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12.6 V

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Triode

High-power RF triode for radio-frequency generation and amplification. Approximately 1 kW plate dissipation and 8 kV capability provide substantial high-voltage transmitter power from a directly heated cathode system.

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7.15 V

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1

Triode

Water-cooled high-power RF triode for amplifier, oscillator, and pulse service. Approximately 20 kW plate dissipation and 10 kV capability provide substantial continuous or pulsed radio-frequency power.

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8.05 V

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1

Triode

Forced-air-cooled high-power Russian RF triode for transmitting and radio-frequency power service.

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12 V

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Triode

High-power Russian RF triode for transmitting and radio-frequency power service.

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7.8 V

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Triode

RF power triode for operation through roughly 75 MHz. Approximately 300 W plate dissipation and multi-kilovolt capability provide moderate transmitter power for amplifier and oscillator circuits across HF and lower VHF.

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10 V

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1

Triode

High-power RF triode for oscillator and power-amplifier service. Approximately 2 kW plate dissipation and 6 kV capability provide substantial communications or industrial radio-frequency output from a directly heated transmitting structure.

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8.5 V

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1

Triode

RF power triode for oscillator and amplifier service. Approximately 700 W plate dissipation and multi-kilovolt capability provide useful medium-power radio-frequency generation and amplification for communications and related transmitter equipment.

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6.3 V

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Triode

Very-high-power Russian RF transmitting triode for substantial radio-frequency service. Rated for approximately 35 kW plate dissipation and 5 kV plate voltage, emphasizing exceptionally high current and thermal capability for major transmitter or industrial RF installations.

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12.6 V

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Triode

Directly heated metal-ceramic power triode for RF amplification to approximately 110 MHz. It uses a carbonized thoriated-tungsten cathode and forced-air cooling, with roughly 25 kW plate dissipation for very-high-power transmitter service.

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12.6 V

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Triode

Water-cooled metal-ceramic power triode for self-excited oscillator and RF power-amplifier circuits. Its carbonized thoriated-tungsten cathode supports approximately 40 kW plate dissipation and 10.5 kV plate operation.

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12 V

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1

Triode

Forced-air-cooled metal-ceramic power triode for RF amplification to approximately 30 MHz. Its carbonized thoriated-tungsten cathode supports roughly 60 kW plate dissipation and 10 kV plate operation for extremely high transmitter power.

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13.5 V

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Triode

Evaporation-cooled metal-ceramic power triode for RF amplification to approximately 30 MHz. It uses a carbonized thoriated-tungsten cathode and provides roughly 60 kW plate dissipation with plate ratings to 10 kV.

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13.5 V

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Triode

Water-cooled metal-ceramic power triode for stationary RF transmitter amplifiers to approximately 30 MHz. Its carbonized thoriated-tungsten cathode supports about 130 kW plate dissipation and 12 kV plate operation.

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20 V

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Triode

Evaporation-cooled metal-ceramic power triode for stationary RF transmitter amplifiers to approximately 30 MHz. It combines about 130 kW plate dissipation with 12 kV plate capability and a carbonized thoriated-tungsten cathode.

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20 V

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Triode

Directly heated metal-ceramic power triode for RF oscillator and power-amplifier service. Water cooling of the anode and forced air elsewhere support approximately 40 kW plate dissipation and plate ratings to 12 kV.

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26 V

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Triode

Directly heated metal-ceramic power triode for RF oscillator and amplifier service. Evaporation cooling of the anode and forced air elsewhere permit an exceptional approximately 250 kW plate-dissipation rating at up to 12 kV.

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26 V

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Triode

Directly heated metal-ceramic RF power triode primarily for oscillator service to approximately 250 MHz. Water and forced-air cooling support about 4 kW plate dissipation and 7 kV plate operation for high-power VHF generation.

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6.3 V

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Triode

Russian directly heated metal-ceramic power triode for RF oscillator service. Rated for approximately 4 kW plate dissipation and 7 kV plate voltage, with forced-air cooling and useful operation to about 250 MHz.

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6.3 V

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Triode

Taylor heavy-duty general-purpose transmitting triode with a floating carbon anode for RF amplification, oscillation, and Class B audio modulation. Rated for approximately 150 W plate dissipation and 2 kV plate operation.

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JUMBO4B

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10 V

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1

Triode

Taylor heavy-duty power triode for transmitting and diathermy service. Rated for approximately 150 W plate dissipation and 2 kV plate voltage, providing robust RF oscillator and amplifier performance for communications and industrial equipment.

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UX4

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10 V

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1

Triode

Taylor heavy-duty transmitting and diathermy triode for RF power and industrial high-frequency service.

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UX4

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10 V

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1

Triode

Radiation-cooled Amperex transmitting triode for RF amplification, oscillation, audio power amplification, and modulation. Rated for approximately 125 W plate dissipation and 1.25 kV plate operation, with amplification factor around 12.5.

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10.25 V

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Triode

Radiation-cooled Amperex power triode for RF amplification, oscillation, audio power amplification, and modulation. Rated for approximately 125 W plate dissipation and 1.5 kV plate voltage for medium-power communications and modulator stages.

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10.25 V

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Triode

Radiation-cooled Amperex transmitting triode for RF amplifier, oscillator, audio power-amplifier, and modulator applications. Rated for approximately 125 W plate dissipation and 2 kV plate voltage, with amplification factor around 18.

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10 V

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Triode

Radiation-cooled Amperex power triode for RF amplification, oscillation, and Class B audio or modulator service. Rated for approximately 200 W plate dissipation, with published RF operation producing about 300 W output.

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10.5 V

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Triode

Radiation-cooled Amperex transmitting triode for RF amplification and oscillation plus audio-frequency power and modulation service. Rated for approximately 160 W plate dissipation and 2.5 kV plate voltage for substantial professional power stages.

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10.5 V

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