Power - Triode vacuum tubes

Triode

Pulse triode; 300 W / 40 kW pulse output; pulse anode maximum 14000 V.

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12.6 V

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Triode

Direct-heated pulse triode; 25 kW / 1000 kW pulse output.

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6.3 V

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Triode

Direct-heated pulse triode; 25 kW / 4 MW pulse output; gm 0.070–0.100 A/V.

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14 V

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Triode

Direct-heated pulse triode; 25 kW / 5 MW pulse output; gm 0.075–0.105 A/V.

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13 V

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Triode

Pulse triode; 10 W output; normal anode 400 V; grid -15 V.

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6.3 V

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1

Triode

Pulse triode; 12 W / 1.2 kW pulse output.

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6.3 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 14000 V.

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7.4 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 10000 V.

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6.3 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 20000 V.

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12.6 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 30000 V.

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28 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 300 V.

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6.3 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 1900 V.

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12.6 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 2000 V.

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6.3 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 2400 V.

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12.6 V

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Triode

Russian RF/pulse power triode; maximum anode voltage 41000 V.

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5 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 40000 V.

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34 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 28000 V.

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1.8 V

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1

Triode

Russian RF/pulse power triode; maximum anode voltage 3000 V.

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Triode

Russian RF/pulse power triode; maximum anode voltage 2500 V.

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12.6 V

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1

Triode

The Russian GI70BT is a ceramic-metal pulse triode designed for UHF oscillation in continuous-wave and pulsed operating modes. Its indirectly heated oxide cathode and forced-air cooling support high-frequency operation. Permissible anode voltage and output power differ substantially between continuous and pulse service.

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12.6 V

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1

Triode

The Russian GK10A is a very-high-power, directly heated transmitting triode intended for RF amplification at frequencies up to approximately 2 MHz. Its carbidized tungsten filament supplies heavy electron emission, while forced-water cooling manages the substantial thermal load. Common-grid and common-cathode circuits are supported.

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20 V

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1

Triode

The Russian GK10B is a high-power transmitting triode employing a directly heated carbidized tungsten filament. Designed for RF power amplification in common-grid or common-cathode circuits, it operates up to approximately 2 MHz. Its metal-ceramic construction uses forced-air cooling for demanding industrial service.

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20 V

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1

Triode

The GK13A is a Russian water-cooled power triode developed for RF amplification and oscillator applications. Its directly heated carbide-treated tungsten filament provides substantial electron emission. The tube is designed for industrial and transmitting equipment operating at frequencies up to approximately 30 MHz.

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6.5 V

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1

Triode

The GK3A is a Russian high-power triode intended for RF oscillation and amplification. It employs a directly heated carbide-treated tungsten cathode and forced-water cooling. Its electrical characteristics support operation in industrial and transmitter equipment, including specialized pulsed operating conditions.

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17 V

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1

Triode

High-power RF triode for oscillator, amplifier, or transmitting service.

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18 V

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1

Triode

The Russian GK750 is an RF oscillator triode designed for high-frequency power generation. Its glass-envelope construction and air cooling make it suitable for comparatively moderate-power installations. The tube operates with a five-volt heater and supports frequencies up to approximately 40 MHz.

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5 V

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1

Triode

The GK9A is a Russian water-cooled power triode developed for radio-frequency power amplification. Its directly heated carbide-treated tungsten cathode and metal-glass envelope support high-current operation. The tube is intended for lower-frequency transmitting and industrial systems, including specialized pulsed applications.

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8.3 V

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1

Triode

Russian directly heated forced-air-cooled RF power triode designed for outputs up to approximately 30 kW at frequencies to about 2 MHz, serving large communications and industrial RF power amplifiers.

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8.3 V

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1

Triode

Soviet power triode designed specifically for RF power amplification. Available manufacturer data confirms a heavy directly heated transmitting structure, but the source does not support sufficiently reliable detailed ratings for a more numerical description.

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8.3 V

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Triode

High-power RF triode for oscillator, amplifier, or transmitting service.

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4.75 V

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Triode

High-power RF triode for oscillator, amplifier, or transmitting service.

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5 V

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Triode

High-power RF triode for oscillator, amplifier, or transmitting service.

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Triode

Russian power triode for low-frequency low-distortion cathode-coupled amplifier service in electronic or RF equipment.

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10.5 V

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Triode

Russian power triode for low-frequency low-distortion cathode-coupled amplifier service in electronic or RF equipment.

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6.3 V

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Triode

Russian power triode for low-frequency low-distortion cathode-coupled amplifier service in electronic or RF equipment.

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6.3 V

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Triode

Russian power triode for low-frequency low-distortion cathode-coupled amplifier service in electronic or RF equipment.

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6.3 V

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Triode

The Russian GM51A is a water-cooled power triode intended for high-power electronic amplification. It uses a directly heated carbide-treated tungsten cathode enclosed in a metal-glass structure. Its substantial anode-voltage capability supports industrial and specialized transmitting equipment.

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22 V

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1

Triode

Russian metal-ceramic power triode for series anode-modulation service, using forced-air cooling.

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6.3 V

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Triode

The GM60 is a Russian directly heated power triode intended primarily for low-frequency amplification. Its glass envelope and tungsten cathode support high-voltage operation with air cooling. It provides power amplification in specialized electronic equipment requiring substantial voltage and moderate output power.

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17 V

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1

Triode

Soviet centimeter-wave power triode for microwave RF generation and amplification. Manufacturer data specifies useful output at wavelengths around 7–9 cm, placing it firmly in specialized microwave service.

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6.3 V

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Triode

High-transconductance Soviet centimeter-wave power triode for microwave RF service. Manufacturer data specifies useful output at wavelengths below roughly 8 cm, with increased dissipation compared with the GS13.

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6.3 V

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Triode

RF power oscillator or amplifier.

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12.6 V

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Triode

RF power oscillator or amplifier.

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12.6 V

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Triode

RF power oscillator or amplifier.

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6.3 V

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Triode

RF power oscillator or amplifier.

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6.3 V

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Triode

RF power oscillator or amplifier.

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6.3 V

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Triode

Grounded-grid RF power triode for oscillator and amplifier service. High transconductance, moderate plate dissipation, and several-hundred-volt operation provide compact radio-frequency power from a conventional heater supply.

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6.3 V

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Triode

RF power oscillator or amplifier.

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6.3 V

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1