Specialized tube type

Specialized - Traveling Wave vacuum tubes

Specialized - Traveling Wave records in Tube Tinker cover 535 tube designations, including 810 preserved original datasheets. Compare bases, sockets, heater requirements, construction, exact variations, and directional replacement options.

Search this type in the catalog →

Tube records: 535
Original datasheets: 810
Variation families: 0
Tubes with alternatives: 0

About Specialized - Traveling Wave tubes

If the tube is described as a traveling wave, backward wave, etc. tube then apply this type.

Electrical range

Nominal heater voltage: -7.6–12.6 V
Nominal heater current: 0.2–12.5 A

Common specialized - traveling wave characteristics

These are the most frequently recorded attributes among tubes in this category.

Bases

NOVAL1

Sockets

WINCHESTERM1012
KPT109
WINCHESTERM129
DUODECAL58
IO5
B9A4
DUODECAL64
WINCHESTERPM63

Constructions

TravelingWave534
Magnetron1

Specialized - Traveling Wave tube list

Page 10 of 12

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ZM3279
TravelingWave
Low-noise PPM-focused traveling-wave amplifier intended for high-gain broadband microwave radar, ECM, communications, and instrumentation service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3280
TravelingWave
High-power X-band PPM-focused traveling-wave amplifier covering 8–12 GHz, providing at least 35 dB small-signal gain and 1 kW saturated RF output.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3281
TravelingWave
High-power X-band PPM-focused traveling-wave amplifier covering 8–12 GHz, providing at least 35 dB small-signal gain and 1 kW saturated RF output.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3282
TravelingWave
Medium-power K-band PPM-focused traveling-wave amplifier covering 12–18 GHz, providing at least 35 dB small-signal gain and 5 W saturated RF output.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3283
TravelingWave
Low-noise magnetically shielded S-band traveling-wave amplifier covering 2.3–4.45 GHz, providing at least 25 dB small-signal gain for sensitive microwave receiver service.
Base
Not recorded
Socket
KPT10
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3289
TravelingWave
Medium-power K-band PPM-focused traveling-wave amplifier covering 12–15.4 GHz, providing at least 35 dB small-signal gain and 10 W saturated RF output.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3290
TravelingWave
Medium-power K-band periodic-permanent-magnet-focused traveling-wave tube for microwave power amplification.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3291
TravelingWave
Low-noise C/X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3292
TravelingWave
Low-noise C/X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3293
TravelingWave
Low-noise C/X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3294
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3295
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3296
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3297
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3298
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3299
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3305
TravelingWave
Low-noise X-band traveling-wave amplifier using single-reversal permanent-magnet focusing for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3306
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3307
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3308
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3309
TravelingWave
Low-noise X-band traveling-wave amplifier with integral power supply for broadband microwave receiver service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3310
TravelingWave
Low-noise 8–12 GHz traveling-wave amplifier with 25 dB minimum gain, 8 dB maximum noise figure, permanent-magnet focusing, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3311
TravelingWave
Low-noise 8–12 GHz traveling-wave amplifier with 25 dB minimum gain, 8 dB maximum noise figure, permanent-magnet focusing, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3314
TravelingWave
High-power S-band traveling-wave amplifier covering 2.9–3.1 GHz, with periodic-permanent-magnet focusing, 37 dB minimum gain, and 2.5 kW saturated output.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3326
TravelingWave
Low-noise 7–12 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, at least 37 dB gain, and approximately 30 mW saturated output.
Base
Not recorded
Socket
WINCHESTERM12
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3331
TravelingWave
Low-noise 12–16 GHz traveling-wave amplifier for radar, ECM, instrumentation, and communications, with 30 dB minimum gain and permanent-magnet focusing.
Base
Not recorded
Socket
KPT10
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3334
TravelingWave
Very-low-noise 2.2–2.3 GHz traveling-wave amplifier with 30 dB minimum gain, 5.5 dB maximum noise figure, and permanent-magnet focusing.
Base
Not recorded
Socket
KPT10
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3335
TravelingWave
Low-noise 2.7–3.3 GHz traveling-wave amplifier with 30 dB minimum gain, 6 dB maximum noise figure, and permanent-magnet focusing.
Base
Not recorded
Socket
KPT10
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3349
TravelingWave
Low-noise 9.75–15 GHz traveling-wave amplifier with 30 dB minimum gain, 11 dB maximum noise figure, and permanent-magnet focusing.
Base
Not recorded
Socket
KPT10
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3350
TravelingWave
Low-noise 1–2 GHz traveling-wave amplifier for radar, ECM, instrumentation, and communications, using periodic-permanent-magnet focusing with 30 dB minimum gain.
Base
Not recorded
Socket
WINCHESTERM12
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3351
TravelingWave
Low-noise 1.2–1.4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 35 dB minimum gain, and 8 dB maximum noise figure.
Base
Not recorded
Socket
WINCHESTERM12
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3352
TravelingWave
Low-noise 1.7–2.4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 35 dB minimum gain, and 9 dB maximum noise figure.
Base
Not recorded
Socket
WINCHESTERM12
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3353
TravelingWave
Low-noise 0.775–1.45 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 28 dB minimum gain, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3354
TravelingWave
Low-noise 0.775–1.45 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 28 dB minimum gain, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3355
TravelingWave
Low-noise 0.775–1.45 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 28 dB minimum gain, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3356
TravelingWave
Low-noise 1–2 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 30 dB minimum gain, and integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3357
TravelingWave
Low-noise 1–2 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 30 dB minimum gain, and an integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3358
TravelingWave
Low-noise 1–2 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 30 dB minimum gain, and an integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3359
TravelingWave
Low-noise 1.2–1.4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 35 dB minimum gain, and an integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3360
TravelingWave
Low-noise 1.2–1.4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 35 dB minimum gain, and an integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3361
TravelingWave
Low-noise 1.2–1.4 GHz traveling-wave amplifier with periodic-permanent-magnet focusing, 35 dB minimum gain, and an integral power supply.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3362
TravelingWave
Low-noise traveling-wave microwave amplifier covering approximately 1.7–2.4 GHz, intended for broadband receiving and signal-amplification service.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3363
TravelingWave
Low-noise 1.7–2.4 GHz traveling-wave amplifier providing at least 35 dB small-signal gain, 10 mW saturated output, and 9 dB maximum noise figure.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3364
TravelingWave
Low-noise traveling-wave microwave amplifier covering approximately 1.7–2.4 GHz, designed for broadband receiving and signal-amplification applications.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3365
TravelingWave
Low-noise 2–4 GHz traveling-wave amplifier providing at least 30 dB small-signal gain, 5 mW saturated output, and 8 dB maximum noise figure.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3366
TravelingWave
Broadband low-noise 2–4 GHz traveling-wave amplifier with at least 30 dB gain, 5 mW saturated output, and 8 dB maximum noise figure.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3367
TravelingWave
Low-noise traveling-wave amplifier covering 2–4 GHz, providing at least 30 dB small-signal gain with 8 dB maximum noise figure.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives
ZM3368
TravelingWave
Narrowband low-noise 2.2–2.3 GHz traveling-wave amplifier providing 30 dB minimum gain and a maximum 5.5 dB noise figure.
Base
Not recorded
Socket
Not recorded
Heater
Not recorded
Sections
1
Specifications Alternatives