Microwave Frequency Synthesizers with Ultra-Low Close In Phase Noise

Model GS50

Microwave Frequency Synthesizers with Ultra-Low Close In Phase Noise

Low noise frequency synthesizers cover bands starting at 500 MHz through Ka-band to 31 GHz. Custom versions can be provided to meet critical frequency band and corresponding phase noise requirements.

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Product Features

  • Superior Close In Phase Noise specified at 1 Hz, & 10Hz with no spurs.
  • Integrated Phase Noise from 1 Hz to 100 MHz is ≤ 0.416° at Fo = 6 GHz
  • Two independent frequency outputs manually switchable with a 16 position switch or controlled via serial RS485/RS488 bus which can be stepped, swept or hopped.
  • Single Power Supply, + 6 VDC to +18 VDC, 12 volts nominal and 3 watts.
  • Microphonics Immune
  • Compact Size; 5.8” x 4.2” x 0.53” high.

Options Available : See Spec Sheet

3 Year Warranty
CE Mark
This Product is Customizable

The GeoSync Guarantee

Our company strives to innovate and reinvent the marketplace with our flagship lineup of commercial and military SATCOM products. This same ingenuity is also ingrained in our customer relationship and support systems.

Available Models

Model Frequency Range (GHz)
GFS-500M6G 500 MHz to 6 GHz

GeoSync Microwave’s series of precision, low noise frequency synthesizers cover bands starting at 500 MHz through Ka-band to 31 GHz. Custom versions can be provided to meet critical frequency band and corresponding phase noise requirements.

The GFS-500M6G covers from 500 MHz to 6.0 GHz, settable to any frequency within that band with a frequency resolution to as low as 0.001 Hz. Salient features are superior close in phase noise at offset frequencies specified at 1 Hz, 10 Hz, and 100 Hz offsets. Two independent synthesized frequency outputs either manually switchable with 16 arbitrary selectable combinations or via RS485/RS422 bus and provides, in addition, the capability for fixed or stepped frequencies, swept frequency, or frequency hopping outputs of the two independent synthesized frequency outputs.