Specialized - Traveling Wave vacuum tubes

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.

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DUODECAL5

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TravelingWave

Rugged metal-ceramic 4–8 GHz pulsed traveling-wave power amplifier with control grid, designed for kilowatt-class peak operation and about 30 dB gain.

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TravelingWave

Mechanically modified F6996-A traveling-wave tube featuring waveguide input and output connections and an integral RF matching circuit.

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TravelingWave

Altitude-service mechanical variant of the D95 traveling-wave tube, using silicone-insulated flying leads while retaining the parent type’s principal electrical characteristics.

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DUODECAL5

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TravelingWave

Intermediate-power 4–8 GHz traveling-wave amplifier providing about 30 dB small-signal gain and at least 1 W saturated RF output.

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TravelingWave

Intermediate-power 4–8 GHz traveling-wave amplifier providing about 30 dB small-signal gain and at least 3 W saturated RF output.

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TravelingWave

Wideband 4–12 GHz traveling-wave amplifier providing about 40 dB small-signal gain and at least 1 W saturated RF output.

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TravelingWave

Rugged 7–11 GHz traveling-wave power amplifier providing about 30 dB small-signal gain and at least 5 W saturated RF output.

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TravelingWave

Ruggedized 8–12 GHz traveling-wave power amplifier providing about 30 dB small-signal gain and at least 1 W saturated RF output.

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TravelingWave

Eimac intermediate-power traveling-wave amplifier covering 8–12 GHz, providing high small-signal gain and several watts of saturated continuous-wave RF output.

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TravelingWave

Rugged lightweight metal-ceramic traveling-wave power amplifier for 8–12 GHz, designed for severe shock, vibration, altitude, and temperature environments.

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TravelingWave

Eimac traveling-wave tube with published high-voltage cathode-pulsed operating conditions and low duty cycle; available source text does not establish a narrower application description.

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TravelingWave

Eimac traveling-wave tube with published high-voltage pulse operating conditions; available source text provides limited descriptive application information.

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TravelingWave

Eimac pulsed traveling-wave power amplifier for approximately 2.8–3.5 GHz, designed for severe environmental operation and kilowatt-class peak output.

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TravelingWave

Eimac traveling-wave tube with published high-voltage pulsed operating conditions; available source text provides limited application detail.

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TravelingWave

Eimac pulsed traveling-wave power amplifier designed for severe environments, providing approximately 500 W output under published pulse operating conditions.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Rugged metal-envelope helix traveling-wave power amplifier with integral PPM focusing for broadband 2–4 GHz pulsed operation and kilowatt-class peak output.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Traveling-wave microwave amplifier for broadband RF power or intermediate amplification, using electron-beam interaction with a slow-wave structure.

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TravelingWave

Rugged metal-ceramic PPM-focused traveling-wave power amplifier covering 7–11 GHz, delivering at least approximately 1 kW peak output.

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TravelingWave

Miniature rugged metal-ceramic PPM-focused traveling-wave amplifier covering 7–17 GHz with wide bandwidth and tens-of-watts output.

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TravelingWave

Miniature rugged very-broadband metal-ceramic traveling-wave amplifier covering 2.5–7.5 GHz with approximately 45 dB minimum gain.

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TravelingWave

All-metal/ceramic PPM-focused cathode-pulsed traveling-wave power amplifier providing at least 1 kW peak output; the manufacturer source contains conflicting frequency-range figures.

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TravelingWave

Permanent-magnet-focused backward-wave oscillator electronically tunable across approximately 1.8–2.8 GHz for swept-signal, radar, frequency-diversity, and local-oscillator service.

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TravelingWave

Stable permanent-magnet-focused backward-wave oscillator for electronically tunable microwave generation in swept-signal, radar, ECM, frequency-diversity, or local-oscillator applications.

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TravelingWave

Stable permanent-magnet-focused backward-wave oscillator for electronically tunable microwave generation in swept-signal, radar, ECM, frequency-diversity, or local-oscillator applications.

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TravelingWave

Wideband voltage-tunable backward-wave oscillator covering approximately 4–8.2 GHz for swept-signal, radar, ECM, and local-oscillator applications.

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TravelingWave

Stable permanent-magnet-focused backward-wave oscillator for electronically tunable microwave generation in swept-signal, radar, ECM, frequency-diversity, or local-oscillator applications.

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TravelingWave

Wideband voltage-tunable backward-wave oscillator covering approximately 1–4 GHz for swept-frequency and specialized microwave signal generation.

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TravelingWave

Voltage-tunable backward-wave oscillator using a helix slow-wave structure and permanent-magnet focusing for compact microwave signal generation.

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TravelingWave

Stable permanent-magnet-focused backward-wave oscillator for electronically tunable microwave generation in swept-signal, radar, ECM, frequency-diversity, or local-oscillator applications.

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TravelingWave

Voltage-tunable backward-wave oscillator with helix slow-wave structure and permanent-magnet focusing, providing at least 50 mW microwave output.

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TravelingWave

Voltage-tunable backward-wave oscillator using a helix slow-wave structure and permanent-magnet focusing, with at least 75 mW RF output.

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TravelingWave

Voltage-tunable backward-wave oscillator using a helix slow-wave structure and permanent-magnet focusing, with at least 20 mW RF output.

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TravelingWave

Voltage-tunable backward-wave oscillator with helix slow-wave structure and permanent-magnet focusing, capable of at least 250 mW RF output.

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TravelingWave

Voltage-tunable backward-wave oscillator with helix slow-wave structure and permanent-magnet focusing, providing at least 10 mW RF output.

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TravelingWave

O-type Carcinotron backward-wave oscillator for electronically tunable microwave generation across approximately 7–11 GHz.

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TravelingWave

Broadband traveling-wave power amplifier covering 1.7–2.7 GHz with more than 7 watts output and more than 30 dB gain.

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TravelingWave

Broadband traveling-wave amplifier covering 1.7–2.7 GHz, with roughly 30–35 dB gain and about 7 watts saturated output.

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TravelingWave

Metal-ceramic broadband traveling-wave amplifier for roughly 2.15–4.3 GHz, providing high gain and moderate noise for military and airborne receivers.

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