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

Triode

The Philips TB3/1000 is a directly heated power triode developed for high-frequency and low-frequency amplification and oscillator operation. Its thoriated-tungsten filament supports substantial emission for transmitting service. The tube is suitable for high-power oscillator and amplifier circuits with operating limitations determined by frequency and cooling.

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Triode

Directly heated high-power Philips transmitting triode for RF and AF applications. Rated for approximately 1.1 kW plate dissipation and 3.5 kV plate voltage, providing substantially greater power capability than smaller TB-series types.

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12 V

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Triode

Directly heated Philips transmitting triode for RF and AF power service. Rated for approximately 250 W plate dissipation and 3 kV plate voltage, with about 5 mS transconductance and amplification factor around 25.

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B5F

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5 V

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Triode

Directly heated Philips transmitting triode suitable for grounded-grid RF power operation. Rated for approximately 450 W plate dissipation and 4 kV plate voltage, with moderate gain and substantial transmitting power capability.

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10 V

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Triode

Directly heated Philips power triode intended particularly for industrial RF-generator service. Rated for approximately 500 W plate dissipation and 4 kV plate voltage, with low-medium gain favoring substantial oscillator and generator applications.

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5 V

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Triode

Directly heated Philips industrial RF-generator power triode designed primarily for oscillator service. Rated for approximately 800 W plate dissipation and 7 kV plate voltage for substantial industrial high-frequency power generation.

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6.3 V

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Triode

Water-cooled industrial RF power triode with directly heated thoriated-tungsten filament. Rated for approximately 20 kW plate dissipation and 13 kV plate voltage for demanding high-power oscillator and amplifier service.

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8 V

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Triode

Water-cooled industrial RF power triode using a directly heated thoriated-tungsten filament. Rated for approximately 20 kW plate dissipation and 13 kV plate voltage for high-power industrial oscillator and amplifier applications.

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8 V

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Triode

Water-cooled industrial RF power triode with directly heated thoriated-tungsten filament. Rated for approximately 15 kW plate dissipation and 8 kV plate voltage for demanding industrial oscillator and amplifier service.

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6.3 V

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Triode

Water-cooled industrial RF power triode for high-power transmitting and RF-generator service. Rated for approximately 5 kW plate dissipation and 6 kV plate voltage for substantial oscillator and amplifier applications.

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12.6 V

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Triode

The TBH7/8000 is a water-cooled industrial radio-frequency power triode with an integral helical anode cooler. Its directly heated thoriated-tungsten filament supports high-power Class C oscillator service. The tube is designed for industrial RF generation where effective water circulation and electrode-seal temperature control are essential.

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12.6 V

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Triode

Water-cooled industrial RF power triode for oscillator, amplifier, and transmitter service. Rated for approximately 6 kW plate dissipation and 8 kV plate voltage from a directly heated transmitting structure.

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12.6 V

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Triode

Very-high-power directly heated Philips transmitting triode for RF generation and amplification. Rated for approximately 30 kW plate dissipation and 10 kV plate voltage for demanding transmitter and industrial RF applications.

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17.5 V

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Triode

Forced-air-cooled Philips industrial RF-generator triode with directly heated filament. Rated for approximately 15 kW plate dissipation and 13 kV plate voltage for high-power oscillator and amplifier service.

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8 V

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Triode

The TBL12/25 is a large transmitting power triode intended for high-power radio-frequency generation and industrial oscillator applications. Its heavy-duty filament and power-handling construction suit demanding service with appropriate cooling and electrical supplies. Operation requires observance of the manufacturer's specific thermal and electrode ratings.

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80 V

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Triode

Directly heated Philips industrial RF-generator power triode for high-power oscillator and amplifier service. Rated for approximately 20 kW plate dissipation and 13 kV plate voltage for substantial radio-frequency power generation.

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8 V

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Triode

Directly heated Philips high-power triode for RF and AF amplification and oscillator service. Rated for approximately 15 kW plate dissipation and 13 kV plate voltage for demanding transmitting and industrial applications.

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8 V

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Triode

Directly heated Philips high-power transmitting triode closely related to the TBL12100 but with different filament characteristics. Rated for approximately 30 kW plate dissipation and 10 kV plate voltage for substantial RF power service.

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17.5 V

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Triode

Directly heated Philips coaxial-terminal UHF transmitting triode for high-frequency power applications. Rated for approximately 300 W plate dissipation and 1.8 kV plate voltage in a construction optimized for UHF operation.

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3.4 V

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Triode

Forced-air-cooled ceramic coaxial UHF power triode for RF amplification, oscillation, and frequency multiplication. Rated for approximately 400 W plate dissipation and 2.2 kV plate voltage for high-frequency transmitting service.

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3.4 V

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Triode

Forced-air-cooled ceramic coaxial UHF transmitting triode for high-frequency power service. Rated for approximately 500 W plate dissipation and 2.7 kV plate voltage for substantial UHF oscillator and amplifier applications.

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3.2 V

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Triode

Forced-air-cooled Philips industrial RF-generator triode with directly heated filament. Rated for approximately 10 kW plate dissipation and 8 kV plate voltage for substantial oscillator and RF power-amplifier applications.

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6.3 V

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Triode

Forced-air-cooled coaxial Philips power triode designed specifically for AM, FM, and television transmitters. Rated for approximately 10 kW plate dissipation and 5.5 kV plate voltage for high-power broadcast RF service.

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6.3 V

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Triode

Forced-air-cooled Philips industrial RF-generator transmitting triode for oscillator and power-amplifier applications. Rated for approximately 2.1 kW plate dissipation and 8 kV plate voltage from a directly heated structure.

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6.3 V

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Triode

Forced-air-cooled Philips transmitting power triode designed specifically for television, AM, and FM transmitters. Rated for approximately 5 kW plate dissipation and 6 kV plate voltage for high-power broadcast RF amplification.

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12.6 V

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Triode

Forced-air-cooled high-power Philips transmitting triode for industrial RF generators and transmitters. Rated for approximately 6 kW plate dissipation and 7.2 kV plate voltage for substantial radio-frequency power service.

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12.6 V

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Triode

Forced-air-cooled Philips industrial RF-generator transmitting triode for oscillator and power-amplifier service. Rated for approximately 6 kW plate dissipation and 8 kV plate voltage in a directly heated high-power construction.

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12.6 V

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Triode

Philips water-cooled very-high-power transmitting triode for RF and low-frequency amplification or oscillator service. Rated around 15 kV and 50 kW dissipation, it provides major continuous transmitter power through roughly 30 MHz.

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17.5 V

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Triode

Philips water-cooled transmitting triode designed particularly for industrial RF generators. With about 13 kV plate capability and 20 kW dissipation, it provides rugged multi-kilowatt oscillator and amplifier service.

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8 V

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Triode

The TBW12/25 is a water-cooled industrial radio-frequency power triode designed for high-power oscillator service. Its directly heated thoriated-tungsten filament operates at high current, while its water-cooled anode supports substantial dissipation. The tube is intended for industrial RF generators using carefully controlled cooling conditions.

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80 V

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Triode

Transmitting power triode intended for RF amplification, oscillator, modulation, or industrial generator service. Manufacturer documentation emphasizes professional radio-frequency operation and substantial power handling.

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8 V

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Triode

Transmitting power triode intended for RF amplification, oscillator, modulation, or industrial generator service. Manufacturer documentation emphasizes professional radio-frequency operation and substantial power handling.

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17.5 V

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Triode

Transmitting power triode intended for RF amplification, oscillator, modulation, or industrial generator service. Manufacturer documentation emphasizes professional radio-frequency operation and substantial power handling.

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6.3 V

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Triode

Philips water-cooled coaxial power triode for AM, FM, and television transmitters. With about 12 kW dissipation and high transconductance, it provides strong current capability for professional broadcast RF stages.

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6.3 V

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Triode

Philips water-cooled transmitting triode for television, AM, and FM broadcast transmitters. Rated around 6 kW dissipation, its useful operation to roughly 220 MHz suits substantial VHF broadcast service.

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12.6 V

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Triode

The TBW6/6000 is a water-cooled power triode designed for radio-frequency amplification and oscillation, including transmitting and television service. Its directly heated thoriated-tungsten filament supports substantial electron emission. The tube accommodates several operating classes, with output power and cooling requirements dependent on frequency.

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12.6 V

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Triode

Transmitting power triode intended for RF amplification, oscillator, modulation, or industrial generator service. Manufacturer documentation emphasizes professional radio-frequency operation and substantial power handling.

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12.6 V

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Triode

Transmitting power triode intended for RF amplification, oscillator, modulation, or industrial generator service. Manufacturer documentation emphasizes professional radio-frequency operation and substantial power handling.

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12.6 V

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Triode

Directly heated Philips transmitting power triode for RF oscillator, amplifier, and Class B service. Rated around 2 kV and 250 W dissipation, it supports medium-power professional transmitters.

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10 V

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Triode

Forced-air-cooled Mullard ceramic disc-seal power triode for RF oscillator, amplifier, and frequency-multiplier service. Rated around 400 W dissipation and 2.2 kV, it provides substantial high-frequency transmitting power.

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3.4 V

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Triode

Forced-air-cooled Mullard ceramic disc-seal power triode for RF oscillator, amplifier, and frequency-multiplier service. Rated around 500 W dissipation and 2.7 kV, it provides substantial high-frequency transmitting power.

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3.4 V

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Triode

Forced-air-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator amplification. Rated around 250 W dissipation, its exceptionally high gain and transconductance suit professional UHF/VHF linear service.

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5 V

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Triode

Forced-air-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator service. Rated around 270 W dissipation and 2 kV, it provides high-gain professional broadcast amplification.

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5 V

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Triode

Forced-air-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator amplification. Rated around 700 W dissipation and 2.2 kV, it provides substantially greater linear broadcast power.

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6.3 V

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Triode

Forced-air-cooled Thomson-CSF coaxial ceramic-metal power triode for highly linear television-translator amplification. High transconductance and roughly kilowatt-class plate dissipation support professional television RF power with strong linearity.

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3.5 V

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Triode

Forced-air-cooled Thomson-CSF high-gain planar ceramic-metal triode for linear television-translator service. Very high amplification factor and transconductance provide strong linear RF gain from a compact planar structure.

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5 V

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Triode

Forced-air-cooled Thomson-CSF planar ceramic-metal power triode for RF oscillator, amplifier, and pulse service. High transconductance, substantial plate dissipation, and multi-kilovolt capability support demanding professional RF applications.

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6.3 V

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Triode

Forced-air-cooled Thomson-CSF high-gain planar power triode for highly linear television-translator amplification. Very high amplification factor and transconductance provide strong linear RF performance from a compact structure.

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5 V

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