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UHF Signal Generator 614A

UHF Signal Generator 614A; Hewlett-Packard, HP; (ID = 728592) Equipment UHF Signal Generator 614A; Hewlett-Packard, HP; (ID = 728593) Equipment
UHF Signal Generator 614A; Hewlett-Packard, HP; (ID = 2174306) Equipment
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UHF Signal Generator 614A; Hewlett-Packard, HP; (ID = 728592) Equipment
Hewlett-Packard, HP;: UHF Signal Generator 614A [Equipment] ID = 728592 933x693
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For model UHF Signal Generator 614A, Hewlett-Packard, (HP); Palo Alto, CA
Country:  United States of America (USA)
Manufacturer / Brand:  Hewlett-Packard, (HP); Palo Alto, CA
Year: 1949 ? Category: Service- or Lab Equipment
Wave bands Wave Bands given in the notes.
Power type and voltage Alternating Current supply (AC) / 115/230 Volt
Power out
from Model: UHF Signal Generator 614A - Hewlett-Packard, HP; Palo Alto
Material Metal case
Shape Tablemodel, with any shape - general.
Dimensions (WHD) 17 x 13.25 x 13.25 inch / 432 x 337 x 337 mm
Notes 800 to 2100MHz, 1% accuracy. CW, square wave, pulse or FM. This new UHF Signal Generator is similar in design to the hp-616A generator, but offers such additional advantages as faster rise time of pulsed output, more constant internal impedance and higher output accuracy.
Like the 616A, the new 614A can save hours of time and work in making UHF measurements. It offers direct reading output and accuracy of ± 1 db; constant internal impedance with a standing wave ratio of 3 db; external modulation of half-microsecond pulses to square waves; a choice of CW, FM or pulsed output, and many other time-saving conveniences.
For example, carrier frequency in mc can be set and read directly on the large central tuning dial. Rf output from the klystron oscillator is also directly set and read, in microvolts or db. No calibration charts or tedious interpolations are necessary; and no voltage adjustments are required during operation. Output may be continuous, pulsed, or frequency modulated at power supply frequency. The instrument can be modulated internally or externally; and may be synchronized with positive or negative pulses or sine waves.
With this instrument you can quickly, easily and accurately measure receiver sensitivity and alignment, signal-to-noise ratio, conversion gain, standing wave ratios, antenna gain, and transmission line characteristics—to name but a few readings essential to UHF work.

Frequency Range: 800-2,100 mc directly calibrated. Accurate within ±1%.
Output Range: 1 milliwatt or .223 v to 0.1 µv. (0 dbm to —127 dbm) Directly calibrated in Liv and db; continuously monitored.
Output Impedance: 50 ohms. SWR 3 db (VSWR 1.4).
External Modulation: By external pulses, pos. or neg. peak amplitude 40 to 70 v., 0.5 microseconds to square wave.
FM Modulation: Oscillator frequency sweeps at power line frequency. Phasing and sweep range controls provided. Max. deviation approx. ±5 mc. Internal Modulation: Pulse repetition rate variable from 40 to 4,000 per second; pulse length variable from 1 to 10 µsec. Pulse rise and decay approx. 0.1 µsec.
Trigger Pulses Out: (1) Simultaneous with rf pulse. (2) In advance of rf pulse, variable 3 to 300 µsec. (Both approx. I µsec. rise time, height 10 to 40 v.) External SYNC Pulse Needed: Amplitude from 10 to 50 v. of either pos. or neg. polarity; and 1 to 20 µsec width. May also be synchronized with sine waves.
Net weight (2.2 lb = 1 kg) 115 lb 0 oz (115 lb) / 52.210 kg
Price in first year of sale 1'950.00 $
Source of data -- Original prospect or advert
Literature/Schematics (1) Electronics, April 1955

Model page created by Emilio Ciardiello. See "Data change" for further contributors.

All listed radios etc. from Hewlett-Packard, (HP); Palo Alto, CA
Here you find 356 models, 322 with images and 123 with schematics for wireless sets etc. In French: TSF for Télégraphie sans fil.