Electronic tube and vacuum tube catalog

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Heater

6 V / 12.5 A

Toshiba 1W80 high-power UHF traveling-wave tube for television broadcast and communications transmission, operating from 590 to 770 MHz with approximately 2 kW saturated RF output at 650 MHz.

Base

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1

Grid-pulsed traveling-wave power amplifier covering approximately 4–8 GHz, using metal-ceramic construction and depressed-collector operation for kilowatt-class pulse output.

Base

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Socket code

OCTAL6

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1

Heater

6.3 V / 1.3 A

Ik max

6 mA

OCTAL6 - Octal 6-contact base

Helix traveling-wave amplifier for 2–4 GHz broadband receiver and driver service, using periodic permanent-magnet electron-beam focusing.

Base

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Socket code

OCTAL6

Sections

1

Heater

6.3 V / 1.3 A

Ik max

25 mA

OCTAL6 - Octal 6-contact base

Intermediate-power helix traveling-wave amplifier covering 2–4 GHz, delivering watt-level saturated output with roughly 32–35 dB gain.

Base

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Heater

6.3 V / 700 mA

Plate

3,000 V

Screen

2,000 V

Ik max

15 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 1.75 A

Plate

3,000 V

Screen

1,700 V

Ik max

80 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

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Sections

1

Heater

6.3 V / 1.75 A

Plate

3,000 V

Screen

1,700 V

Ik max

80 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

UX4

Sections

1

Heater

6.3 V / 920 mA

Ik max

50 mA

UX4 - Medium-shell UX 4-contact

Medium-power helix traveling-wave amplifier around 6 GHz, designed primarily as a transmitting amplifier in long-distance radio-relay repeater stations.

Base

NOVAL

Socket code

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Sections

1

Heater

6.3 V / 800 mA

Plate

1,500 V / 70 W

Ik max

55 mA

9 pins

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 2 A

Base

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1

Heater

6.3 V / 800 mA

Plate

510 V

Ik max

5 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

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Sections

1

Heater

6.3 V / 1.3 A

Plate

1,000 V

Ik max

65 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 1.8 A

Base

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Heater

6.3 V

Ik max

2.2 A

High-power pulsed traveling-wave amplifier covering approximately 2–4 GHz and producing kilowatt-class peak microwave output.

Base

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Socket code

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Sections

1

Heater

6.3 V / 3.05 A

Forced-air-cooled backward-wave oscillator covering approximately 1–2 GHz, providing continuous voltage tuning across a full octave.

Base

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1

Heater

6.3 V

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

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Sections

1

Heater

6.3 V / 550 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

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1

Heater

6.3 V / 370 mA

Western Electric low-noise helix traveling-wave amplifier for broadband microwave receiver service where low noise and wide frequency coverage are important.

Base

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1

Heater

6.3 V / 4 A

Base

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Socket code

B7G

Sections

1

Heater

5.25 V / 500 mA

8 pins - B7G - Miniature 7-contact

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

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1

Heater

6.3 V / 850 mA

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1

Heater

6.3 V / 2.5 A

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1

Heater

5.5 V / 530 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

12 V / 1.2 A

Backward-wave oscillator serving as a voltage-tunable microwave source, using traveling-wave interaction for electronic frequency control.

Base

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1

Heater

6.3 V / 2.3 A

8–9.6 GHz 10 W continuous-wave traveling-wave amplifier.

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1

Heater

6.3 V / 5 A

Pulsed traveling-wave amplifier for 2.7–2.9 GHz service.

Base

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1

Heater

6.3 V

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

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1

Heater

860 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

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1

Ruggedized low-noise traveling-wave amplifier covering 4–8 GHz for radar receivers, military systems, microwave relay, ECM, and radiometry.

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1

Ruggedized metal-ceramic low-noise traveling-wave amplifier covering 8–12 GHz for radar, military, ECM, relay, and radiometry receivers.

Base

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Socket code

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Sections

1

Heater

6.3 V / 800 mA

Plate

1,500 V

Ik max

55 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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Socket code

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Sections

1

Heater

6.3 V / 3 A

Sperry pulsed helix traveling-wave amplifier, 5.4–5.9 GHz; 2.5 kW saturated RF output, 13.5 kV typical helix/collector voltage; water cooled.

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1

Heater

6.3 V / 1.7 A

Packaged backward-wave oscillator covering 7–11.5 GHz for amplitude, pulse, or frequency-modulated microwave generation.

Base

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Socket code

GIANT7BAYONET

Sections

1

Heater

6.3 V / 1 A

GIANT7BAYONET - Giant 7-contact bayonet base

Packaged backward-wave oscillator covering 11–18 GHz for amplitude, pulse, or frequency-modulated microwave generation.

Base

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1

Heater

6.3 V / 750 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

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1

Heater

6.3 V / 500 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 400 mA

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 3 A

Plate

8,000 V

Ik max

2 A

Rugged pulsed traveling-wave power amplifier covering 2–4 GHz, delivering at least approximately 1 kW peak output with 30 dB gain.

Base

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1

Heater

6.3 V / 1.3 A

M-O Valve traveling-wave RF amplifier, 1.7–2.3 GHz, 27 dB gain, 250 mW saturated output; 6.3 V 1.3 A heater.

Base

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Socket code

B9A

Sections

1

Heater

6.3 V / 1.75 A

Plate

3,000 V

Screen

1,700 V

Ik max

80 mA

B9A - Small-button Noval 9-contact

Traveling-wave microwave amplifier providing broadband RF gain through interaction between an electron beam and a slow-wave structure.

Base

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1

Heater

6.3 V / 300 mA

Plate

700 V

Ik max

13 A

Packaged backward-wave oscillator providing electronic tuning across 26.5–40 GHz for millimeter-wave signal generation.

Base

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1

Heater

6.3 V / 1.3 A

Plate

250 V

Ik max

20 mA

Voltage-tunable backward-wave oscillator covering 2–4 GHz, designed for continuous-wave or pulsed microwave signal generation.

Base

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1

Heater

6.3 V / 840 mA

Plate

2,000 V

Hughes 7785 backward-wave oscillator, 12.4–18 GHz; 6.3 V 0.84 A heater, maximum collector dissipation 10 W.

Base

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1

Heater

6.3 V

Traveling-wave microwave oscillator, 5.4–5.9 GHz; approximately 50 mW RF output; 6.3 V heater.

Base

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Socket code

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1

Heater

6.3 V / 2.2 A

Plate

3,000 V

Ik max

70 mA

Helix traveling-wave power amplifier for 5–6 GHz service, producing about 10 watts with at least 27 dB gain.

Base

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1

Heater

8 V / 8 A

Wideband pulsed traveling-wave amplifier for 2.9–3.1 GHz service, capable of at least 60 kW peak RF output.

Base

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Socket code

B9A

Sections

1

Heater

6.3 V / 300 mA

B9A - Small-button Noval 9-contact

Ruggedized low-noise broadband traveling-wave tube for 7–11 GHz microwave amplification.

Base

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Sections

1

Heater

6.3 V

Ik max

23 mA

Rugged ceramic-metal permanent-magnet-focused traveling-wave power amplifier covering 5–11 GHz, with about 60 dB gain and one-watt minimum CW output.

Base

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Socket code

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Sections

1

Heater

6.3 V / 850 mA

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

Base

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Socket code

WINCHESTERPM6

Sections

1

Heater

7.5 V / 2 A

WINCHESTERPM6 - Winchester PM6 6-contact DC socket family

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