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Anritsu MG3633A
Anritsu MG3633A Synthesized Signal Generator
10 kHz to 2.7 GHz Synthesized Signal Generator
The Anritsu MG3633A has excellent frequency resolution, frequency switching speed, signal purity, and a high output level, in addition to amplitude, frequency, and phase modulation functions. Also, sweep functions are provided for carrier frequency, output level, and modulation frequency so an appropriate sweep can be performed for various devices to be measured.
Also, the MG3633A has a frequency memory that can store 1000 car-rier frequencies and a function memory that stores 100 panel settings. Moreover, since the maximum output level is +17 dBm, it can be used for various local signal sources.
The MG3633A is suitable for research and development of mobile communications in the quasi-microwave band, performance evaluation, characteristics testing, and adjustment of various types of radio equipment such as digital land-based mobile communications, mobile satellite communications, satellite broadcasting, and radio LANs.
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Description
Features & Benefits
Low Noise
By using both the latest synthesiser and RF-device technologies and optical data links in the internal control circuit, the SSB phase noise has been cut to -140 dBc/Hz (CW, 1.1 GHz, offset 20 kHz). In particular, the MG3633A shows its power in measurement of narrow-band radio equipment S/N ratio and adjacent channel selectivity.
High accuracy and high-output level
Low levels of -123 dBm can be set with 1 dB accuracy by using a high-accuracy programmable attenuator. The output level can be displayed in units of dBm, dB MicroV, V, mV, and MicroV or as a relative value (dB).
Modulation characteristics
The MG3633A has AM, FM, ?M, and a combination of all three modulation functions. A DC mode is provided for FM, which makes simulation of digital transmissions for a pager possible. Also, a built-in AF oscillator with a 0.1 Hz to 100 kHz synthesizer can handle various modulations.
Quasi-microwave output
The MG3633A covers a wide range (from 10 kHz to 2700 MHz) and is suitable for research and development, as well as production of quasi-microwave band radio equipment.
