Specialized - Traveling Wave vacuum tubes

TravelingWave

Broadband traveling-wave amplifier covering 2.15–4.30 GHz, providing over 40 dB gain with approximately 30–60 mW saturated output.

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6.3 V

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TravelingWave

Metal-ceramic broadband C-band traveling-wave amplifier covering 4–7 GHz with more than 35 dB gain.

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TravelingWave

Broadband traveling-wave amplifier covering 4–7 GHz, providing over 40 dB gain with approximately 20–40 mW saturated output.

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TravelingWave

Metal-ceramic broadband X-band traveling-wave amplifier covering about 6.9–11.1 GHz with approximately 35 dB gain.

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TravelingWave

Broadband traveling-wave amplifier covering 6.9–11.1 GHz, providing over 40 dB gain with approximately 10–30 mW saturated output.

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TravelingWave

O-type Carcinotron backward-wave oscillator designed for electronically tunable microwave generation across approximately 8–16 GHz.

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TravelingWave

O-type Carcinotron backward-wave oscillator designed for electronically tunable microwave generation across approximately 15.5–24 GHz.

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6.3 V

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TravelingWave

O-type Carcinotron backward-wave oscillator designed for electronically tunable millimeter-wave generation across approximately 23.5–37.5 GHz.

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TravelingWave

Broadband traveling-wave power amplifier covering 5.9–8.4 GHz, delivering about 6–10 watts saturated output with forced-air cooling.

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TravelingWave

Broadband traveling-wave power amplifier covering 5.925–6.425 GHz, with at least 10 watts output and more than 20 watts saturated output.

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TravelingWave

Low-noise L-band traveling-wave amplifier covering 1.2–1.4 GHz with noise figure below 4.5 dB.

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TravelingWave

Low-noise traveling-wave amplifier for 1.2–1.4 GHz telecommunications service, offering at least 25 dB gain and a 4.5 dB maximum noise figure.

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6.3 V

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TravelingWave

Broadband traveling-wave power amplifier covering 3.8–4.2 GHz, with at least 6 watts output, more than 10 watts saturated output, and forced-air cooling.

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TravelingWave

Broadband electronically tunable Carcinotron backward-wave oscillator covering 4–8 GHz, with RF output ranging from roughly 25 to 500 mW.

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TravelingWave

Broadband 1–2 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, approximately 32 dB gain, and 2-watt saturated RF output.

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TravelingWave

Broadband 2–4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, approximately 32 dB gain, and 2-watt saturated RF output.

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TravelingWave

Low-noise S-band traveling-wave amplifier for radar receivers, covering 2.7–3.3 GHz with at least 25 dB gain and permanent-magnet focusing.

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6.3 V

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TravelingWave

Water-cooled permanent-magnet Carcinotron backward-wave oscillator covering 90–100 GHz, with at least 100 mW millimeter-wave output.

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7 V

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TravelingWave

Water-cooled permanent-magnet Carcinotron backward-wave oscillator covering 80–90 GHz, with at least 100 mW millimeter-wave output.

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7.2 V

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TravelingWave

Water-cooled permanent-magnet Carcinotron backward-wave oscillator covering 37–50 GHz, with at least 20 mW millimeter-wave output.

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7 V

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TravelingWave

Millimetric Carcinotron backward-wave oscillator centered near 330 GHz, with water cooling and approximately 5 mW continuous RF output.

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7.2 V

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TravelingWave

Very-low-noise 2.7–3.3 GHz traveling-wave amplifier for S-band radar receivers, providing at least 28 dB gain and about 5.6 dB typical noise figure.

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TravelingWave

Broadband 1.7–2.7 GHz traveling-wave power amplifier delivering at least 20 watts saturated RF output with 30 dB minimum small-signal gain.

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TravelingWave

Broadband 1–2 GHz traveling-wave power amplifier providing at least 10 watts saturated output and 33 dB minimum small-signal gain.

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TravelingWave

Broadband 2–4 GHz traveling-wave power amplifier providing at least 10 watts saturated output and 33 dB minimum small-signal gain.

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TravelingWave

High-power Carcinotron backward-wave oscillator centered near 40 GHz, producing continuous microwave output above 20 watts over a narrow tuning band.

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TravelingWave

Rugged ceramic-metal 11–18 GHz low-noise traveling-wave amplifier for military airborne equipment, offering about 40 dB gain.

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TravelingWave

Conduction-cooled 5.925–6.425 GHz traveling-wave power amplifier for radio-link communications, rated for at least 25 watts saturated output and 37 dB gain.

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TravelingWave

Broadband 8–14 GHz traveling-wave amplifier for transportable and airborne equipment, providing at least 4 watts output and 40 dB gain.

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TravelingWave

Wideband 5–11 GHz traveling-wave amplifier for electronic countermeasures, providing at least 50 dB gain and 2 watts saturated output.

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TravelingWave

Forced-air-cooled 1.3–2.1 GHz traveling-wave power amplifier for mobile radio links, providing at least 10 watts saturated output.

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TravelingWave

Broadband 1.7–4 GHz traveling-wave amplifier providing approximately 1 watt RF output with about 30 dB gain.

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DUODECAL5

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TravelingWave

High-power pulsed 2–4 GHz traveling-wave amplifier producing approximately 2 kW peak RF output at 3 GHz with about 30 dB gain.

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DUODECAL5

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TravelingWave

Grid-controlled pulsed 2–4 GHz traveling-wave amplifier producing approximately 1.5 kW peak RF output at 3 GHz with about 30 dB gain.

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DUODECAL6

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TravelingWave

8–9.6 GHz traveling-wave amplifier designed for broadband microwave amplification, providing about 30 dB small-signal gain.

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DUODECAL5

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TravelingWave

Broadband 1.7–4 GHz traveling-wave power amplifier providing approximately 10 watts RF output with about 30 dB gain.

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DUODECAL5

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TravelingWave

8–9.6 GHz traveling-wave power amplifier providing approximately 10 watts RF output with about 30 dB gain.

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TravelingWave

Traveling-wave tube variant of the F6996 family, documented with waveguide input and output connections and an integral matching circuit.

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TravelingWave

Wideband traveling-wave power amplifier with control-electrode modulation, providing approximately 50 watts RF output and about 30 dB gain.

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TravelingWave

Pulsed traveling-wave power amplifier designed for wideband microwave service, with grid control and approximately 30 dB nominal gain.

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TravelingWave

Specialized ITT traveling-wave microwave amplifier for broadband RF service; available source extraction provides limited reliable performance detail.

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DUODECAL6

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TravelingWave

Specialized ITT traveling-wave microwave amplifier intended for broadband RF amplification; surviving extracted documentation provides limited operating detail.

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DUODECAL5

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TravelingWave

Specialized ITT traveling-wave microwave amplifier for broadband high-frequency service; available source data are insufficient for more specific performance claims.

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DUODECAL6

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TravelingWave

Specialized ITT traveling-wave microwave amplifier intended for broadband RF service; available extracted documentation provides limited performance detail.

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DUODECAL6

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TravelingWave

Rugged metal-ceramic helix traveling-wave pulse amplifier covering 2–4 GHz, providing about 1 kW rated peak output and 30 dB gain.

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TravelingWave

Rugged metal-ceramic helix traveling-wave amplifier covering 8–12 GHz, delivering about 5 watts CW output with 20 dB gain.

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TravelingWave

Rugged 8–12 GHz metal-ceramic traveling-wave amplifier providing about 5 watts CW output and 20 dB gain, also suitable for pulse service.

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TravelingWave

Specialized ITT traveling-wave microwave amplifier intended for broadband RF amplification; available source extraction provides limited reliable operating detail.

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