Specialized - Traveling Wave vacuum tubes

TravelingWave

Solenoid-focused traveling-wave continuous-wave amplifier for approximately 2–4 GHz broadband microwave service.

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6.3 V

Sections

1

TravelingWave

Pulsed traveling-wave power amplifier covering 2.7–3.6 GHz, delivering kilowatt-class peak microwave output for high-power pulse service.

Base

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Socket

WINCHESTERPM6

Heater

7.5 V

Sections

1

TravelingWave

Beam-pulsed periodic-permanent-magnet traveling-wave amplifier for 2.32–2.68 GHz microwave power amplification.

Base

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7 V

Sections

1

TravelingWave

Periodic-permanent-magnet traveling-wave continuous-wave amplifier for 2.3–2.7 GHz broadband microwave service.

Base

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6.3 V

Sections

1

TravelingWave

Periodic-permanent-magnet traveling-wave continuous-wave amplifier for 2.1–2.5 GHz broadband microwave service.

Base

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7.2 V

Sections

1

TravelingWave

Low-noise helix traveling-wave amplifier for 2.32–2.68 GHz radar and microwave receivers, offering about 31 dB gain and 4.5 dB noise figure.

Base

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Socket

B9A

Heater

5 V

Sections

1

TravelingWave

Packaged backward-wave oscillator electronically tunable from 11–18 GHz, supporting amplitude, pulse, or frequency modulation with tens of milliwatts output.

Base

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6.3 V

Sections

1

TravelingWave

Prefocused X-band backward-wave oscillator electronically tunable from 7–11.5 GHz, supporting multiple modulation modes and producing up to about 180 mW.

Base

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 1.06–1.37 GHz and delivering at least 750 watts.

Base

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6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 1.34–1.70 GHz and delivering at least 750 watts.

Base

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 1.65–2.10 GHz and delivering at least 700 watts.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 2.05–2.65 GHz and delivering at least 600 watts.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 2.60–3.40 GHz and delivering at least 500 watts.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 3.20–4.10 GHz and delivering at least 500 watts.

Base

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Socket

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6.3 V

Sections

1

TravelingWave

Compact liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 2.10–2.65 GHz with at least 300 watts output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Compact liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across 2.60–3.40 GHz with at least 200 watts output.

Base

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6.3 V

Sections

1

TravelingWave

Rugged liquid-cooled M-type Carcinotron, electronically tunable across 3.2–4.0 GHz with integral permanent-magnet focusing and at least 200 watts RF output.

Base

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Heater

6.3 V

Sections

1

TravelingWave

Rugged liquid-cooled M-type Carcinotron, electronically tunable across 3.9–4.9 GHz with integral permanent-magnet focusing and at least 150 watts output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Rugged liquid-cooled M-type Carcinotron backward-wave oscillator covering 4.8–6.0 GHz, with permanent-magnet focusing and at least 150 watts RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator electronically tunable from 5.9–7.3 GHz, with integral permanent-magnet focusing and at least 150 watts output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Compact liquid-cooled M-type Carcinotron covering 7.2–8.7 GHz, electronically tunable with integral permanent-magnet focusing and at least 160 watts RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Rugged liquid-cooled M-type Carcinotron backward-wave oscillator covering 8.0–10.5 GHz, with electronic tuning and at least 150 watts RF output.

Base

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6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator electronically tunable across 10.4–12.5 GHz, using integral permanent-magnet focusing and providing at least 100 watts output.

Base

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6.3 V

Sections

1

TravelingWave

Compact liquid-cooled M-type Carcinotron covering 12.3–14.8 GHz, electronically tunable with integral permanent-magnet focusing and at least 80 watts RF output.

Base

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Socket

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6.3 V

Sections

1

TravelingWave

Rugged liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across approximately 14.5–17.5 GHz with integral permanent-magnet focusing and at least 80 W RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Liquid-cooled M-type Carcinotron backward-wave oscillator, electronically tunable across approximately 15.4–17.6 GHz with integral permanent-magnet focusing and at least 100 W RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

CO101 specialized - traveling wave electronic tube specifications and datasheets.

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1

TravelingWave

Integral-magnet Carcinotron backward-wave oscillator for electronically tunable millimeter-wave generation near 135 GHz, providing approximately 1 W RF output.

Base

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Heater

6.3 V

Sections

1

TravelingWave

CO20-1 specialized - traveling wave electronic tube specifications and datasheets.

Base

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6.3 V

Sections

1

TravelingWave

Broadband Carcinotron backward-wave oscillator providing electronic microwave tuning across approximately 15.5–24 GHz.

Base

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6.3 V

Sections

1

TravelingWave

Water-cooled millimeter-wave Carcinotron backward-wave oscillator covering approximately 150–156 GHz, with permanent-magnet focusing and frequency or amplitude modulation capability.

Base

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-7.44 V

Sections

1

TravelingWave

Water-cooled millimeter-wave Carcinotron backward-wave oscillator covering approximately 128–136 GHz, with permanent-magnet focusing and up to about 3 W output.

Base

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Socket

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Heater

-7.6 V

Sections

1

TravelingWave

Integral-magnet Carcinotron backward-wave oscillator centered near 70 GHz, electronically tunable with watt-level output reaching about 10 W over narrow bandwidth.

Base

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6.3 V

Sections

1

TravelingWave

Water-cooled millimeter-wave Carcinotron backward-wave oscillator covering approximately 73–76 GHz, with permanent-magnet focusing, modulation capability, and roughly 3–8 W output.

Base

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-7.2 V

Sections

1

TravelingWave

Water-cooled millimeter-wave Carcinotron backward-wave oscillator covering approximately 68–72 GHz, with integral permanent-magnet focusing and frequency or amplitude modulation capability.

Base

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-7.6 V

Sections

1

TravelingWave

Integral-magnet broadband Carcinotron backward-wave oscillator electronically tunable across 7–11 GHz, with forced-air cooling and approximately 15–150 mW RF output.

Base

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6.3 V

Sections

1

TravelingWave

Broadband Carcinotron backward-wave oscillator electronically tunable across approximately 8–16 GHz, providing roughly 10–150 mW RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Integral-magnet broadband Carcinotron backward-wave oscillator covering 4.8–9.6 GHz, electronically tunable with forced-air cooling and approximately 15–150 mW RF output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Millimeter-wave backward-wave oscillator covering approximately 39.5–41 GHz, with integral permanent-magnet focusing, water cooling, and roughly 10–30 W RF output.

Base

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7.7 V

Sections

1

TravelingWave

Electronically tunable 3.5–7.2 GHz Carcinotron backward-wave oscillator with integral magnet, forced-air cooling, and approximately 30–150 mW RF output.

Base

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6.3 V

Sections

1

TravelingWave

Broadband traveling-wave amplifier for approximately 3.6–4.2 GHz service, providing about 1 GHz instantaneous bandwidth without retuning for wideband microwave amplification.

Base

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6.3 V

Sections

1

TravelingWave

Broadband traveling-wave amplifier covering approximately 3.53–4.62 GHz, providing about 1 GHz bandwidth without retuning for wideband microwave amplification.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Broadband forward-wave traveling-wave amplifier covering approximately 7–11.5 GHz, providing at least 30 dB gain and about 10 mW saturated output near 9 GHz.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Low-noise traveling-wave amplifier for approximately 2.7–3.2 GHz receiver input and IF-amplifier service, providing roughly 24 dB gain with low noise figure.

Base

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Socket

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Heater

5.25 V

Sections

1

TravelingWave

Pulsed traveling-wave amplifier covering approximately 3.95–8 GHz, with integral solenoid and control grid, roughly 35 dB gain, and multiwatt peak output.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Rugged continuous-wave traveling-wave amplifier covering approximately 8–9.6 GHz, using a helix slow-wave structure and providing about 5 W output with at least 33 dB gain.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Rugged 8–9.6 GHz pulsed traveling-wave power amplifier with control grid, capable of approximately 1.8 kW peak output and about 33 dB gain.

Base

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Socket

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Heater

6.3 V

Sections

1

TravelingWave

Altitude-service mechanically modified version of the F6996 traveling-wave tube, retaining the parent type’s electrical characteristics apart from altered base and lead capacitance.

Base

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Socket

DUODECAL5

Heater

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Sections

1