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

Triode

Forced-air-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator service. High transconductance and substantial plate dissipation provide considerably greater professional RF power than smaller translator-service planar triodes.

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5.6 V

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Triode

Conduction- and convection-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator service. Very high gain and transconductance support compact professional RF amplification with moderate dissipation.

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5 V

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Triode

Forced-air-cooled planar high-gain power triode for linear television-translator amplifiers. Roughly kilowatt-class plate dissipation provides substantially greater RF output than smaller translator-service planar triodes.

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6.3 V

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Triode

Forced-air-cooled ceramic-metal planar power triode for oscillator, amplifier, and frequency-multiplier service to approximately 3 GHz. High plate-voltage capability and compact planar geometry support substantial microwave-frequency RF power.

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6.3 V

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Triode

Forced-air-cooled ceramic-metal planar triode for oscillator, amplifier, and frequency-multiplier service through approximately 3 GHz.

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6.3 V

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Triode

Supervapotron water-vapor-cooled transmitting triode for audio- and radio-frequency amplification. Approximately 70 kW plate dissipation and 13 kV capability support enormous professional transmitter and modulator power.

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12.6 V

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Triode

Vapotron vapor-cooled transmitting power triode for continuous-wave oscillator and audio- or RF amplifier service. Approximately 40 kW plate dissipation and 15 kV capability support major professional transmitter installations.

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7.2 V

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Triode

Very-high-power vapor-cooled transmitting triode for RF power-amplifier service. Approximately 150 kW plate dissipation, 15 kV capability, and very high transconductance support exceptionally demanding fixed transmitter installations.

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17.5 V

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Triode

Vapotron vapor-cooled transmitting power triode for RF power-amplifier operation. Approximately 20 kW plate dissipation and 14 kV capability provide substantial continuous professional radio-frequency power.

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7.2 V

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Triode

Vapotron vapor-cooled high-power transmitting triode for AF and RF amplification. Approximately 65 kW plate dissipation and 15 kV capability support substantial power-amplifier operation in large transmitting and industrial equipment.

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12.6 V

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Triode

Glass-envelope Vapotron very-high-power transmitting triode for demanding RF power service. Approximately 150 kW plate dissipation, 15 kV capability, and very high transconductance support exceptionally large transmitter applications.

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17.5 V

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Triode

Ceramic-metal Vapotron very-high-power transmitting triode sharing the TH504 electrical specification. Approximately 150 kW plate dissipation and 15 kV capability support exceptionally high-power professional RF transmitters.

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17.5 V

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Triode

Ceramic-metal industrial power triode designed principally for Class C high-power oscillator service in dielectric-heating equipment. Approximately 4 kW plate dissipation and 6 kV capability provide rugged industrial RF generation.

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7.5 V

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Triode

Ceramic-metal industrial power triode for Class C high-power oscillator service. Rugged low-inductance construction, approximately 4 kW plate dissipation, and 6 kV capability suit industrial dielectric-heating RF generators.

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7.5 V

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Triode

Ceramic-metal pulse power triode for operation to approximately 500 MHz. Very high peak RF output, tens of kilowatts of plate dissipation, and high-voltage capability suit demanding pulsed UHF systems.

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Triode

Ceramic-metal industrial power triode for Class C high-power oscillator service in dielectric-heating equipment. Approximately 10 kW plate dissipation and 10 kV capability support demanding industrial RF generators.

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7.5 V

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Triode

Ceramic-metal industrial power triode electrically equivalent to the TH63, with a welded star grid flange. Approximately 10 kW plate dissipation and 10 kV capability support high-power dielectric-heating oscillators.

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7.5 V

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Triode

High-power pulse transmitting triode for approximately 55-centimeter wavelength equipment.

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3.8 V

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Triode

150-watt thin-wall carbon-anode transmitting triode for high-frequency RF service, fully rated through approximately 60 MHz.

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UX4

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10 V

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Triode

The Mullard TX12-12W is a high-power, water-cooled radio-frequency triode developed for industrial RF heating equipment. Its directly heated tungsten filament provides heavy electron emission, while water cooling removes substantial anode heat. Forced-air cooling of the filament seal is also required during operation.

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Triode

Forced-air-cooled high-power RF transmitting triode for demanding oscillator and power-amplifier service. Approximately 15 kW plate dissipation and 13 kV capability provide substantial continuous professional RF power.

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8 V

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Triode

Forced-air-cooled high-power RF transmitting triode for substantial oscillator and amplifier service. Approximately 20 kW plate dissipation and 13 kV capability provide major professional radio-frequency power.

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8 V

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Triode

Forced-air-cooled high-power RF transmitting triode. Approximately 15 kW plate dissipation and 13 kV capability support high-power radio-frequency generation and amplification in professional equipment.

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8 V

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Triode

Water-cooled high-power RF transmitting triode for demanding oscillator and power-amplifier applications. Approximately 20 kW plate dissipation and 13 kV capability provide substantial continuous transmitter power.

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8 V

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Triode

Forced-air-cooled very-high-power transmitting triode for major RF power applications. Approximately 100 kW plate dissipation and 15 kV capability support extremely high continuous transmitter output.

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17.5 V

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Triode

Directly heated all-glass VHF power triode for radio-frequency service. Moderate plate dissipation and multi-kilovolt capability provide useful transmitting power for VHF oscillator and amplifier applications.

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6.3 V

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Triode

Directly heated all-glass VHF power triode for radio-frequency generation and amplification. Approximately 250 W plate dissipation and high transconductance provide compact VHF transmitter power.

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5 V

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Triode

Directly heated all-glass VHF power triode for transmitting service. Approximately 400 W plate dissipation and multi-kilovolt capability provide useful power for VHF oscillator and amplifier circuits.

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10 V

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Triode

Directly heated all-glass VHF power triode designed primarily for RF amplifier service. Approximately 350 W plate dissipation and multi-kilovolt capability provide moderate-power high-frequency transmitter operation.

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10 V

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Triode

Directly heated all-glass VHF power triode for high-frequency transmitting service. Approximately 450 W plate dissipation and high transconductance provide substantial VHF oscillator and power-amplifier capability.

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10 V

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Triode

Radiation-cooled RF power triode for transmitting service around 50 MHz. Approximately 1 kW plate dissipation and multi-kilovolt capability support kilowatt-class RF output in professional lower-VHF transmitters.

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5 V

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Triode

Forced-air-cooled RF power triode for transmitting applications around 50 MHz. Approximately 1.3 kW plate dissipation and 7 kV capability support several kilowatts of professional RF output.

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6.3 V

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Triode

Forced-air-cooled VHF power triode for very-high-power transmitting service. Approximately 10 kW plate dissipation and high current capability support published RF output in the tens-of-kilowatts range.

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6.3 V

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Triode

Forced-air-cooled RF power triode for high-power transmitting applications. Approximately 3 kW plate dissipation and 7 kV capability support several kilowatts of professional transmitter output.

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12.6 V

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Triode

High-power VHF transmitting triode for telegraphy, telephony, television, and audio-frequency service. Approximately 5 kW plate dissipation and multi-kilovolt capability provide versatile professional RF and AF power.

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12.6 V

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Triode

High-power VHF transmitting triode for telegraphy, telephony, television, and Class B audio service. Approximately 5 kW plate dissipation and multi-kilovolt capability support substantial RF and audio-frequency power.

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12.6 V

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Triode

Radiation-cooled RF power triode designed particularly for industrial heating service around 50 MHz. Approximately 800 W plate dissipation and 7 kV capability support several kilowatts of continuous industrial RF output.

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6.3 V

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Triode

Forced-air-cooled RF power triode for high-power transmitting service through roughly 55 MHz. Approximately 6 kW plate dissipation and 7.2 kV capability provide substantial professional RF power.

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12.6 V

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Triode

Forced-air-cooled high-power RF triode for industrial Class C oscillator service. Approximately 15 kW plate dissipation and 8 kV capability support tens of kilowatts of industrial RF output.

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6.3 V

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Triode

Helical-water-cooled high-power RF triode for industrial Class-C oscillator service, producing roughly 14–18 kW at 30 MHz.

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6.3 V

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Triode

Water-jacket-cooled high-power RF triode for industrial Class-C oscillator service, producing roughly 14–18 kW at 30 MHz.

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6.3 V

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Triode

Forced-air-cooled VHF RF power triode for industrial Class-C oscillator service, rated for 6-kW plate dissipation.

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12.6 V

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Triode

Helical-water-cooled VHF RF power triode for industrial Class-C oscillator service, rated for 6-kW plate dissipation.

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12.6 V

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Triode

Water-jacket-cooled VHF RF power triode for industrial Class-C oscillator service, rated for 6-kW plate dissipation.

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12.6 V

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Triode

Silica-envelope RF power triode for self-excited oscillators and RF amplifiers in industrial heating and transmitting equipment. Moderate plate dissipation and multi-kilovolt operation support rugged industrial RF generation.

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6.5 V

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Triode

Silica-envelope RF power triode for industrial RF-heating oscillators and transmitting or industrial amplifiers. Approximately 500 W plate dissipation and 4 kV capability support substantial industrial radio-frequency power.

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10 V

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Triode

Silica-envelope RF power triode for self-excited Class-C oscillator and industrial RF-heating service.

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12.6 V

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Triode

Silica-envelope RF power triode for self-excited Class-C oscillator and industrial RF-heating service.

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14.5 V

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1