SG22000PRO Low-Noise Generator

$ 1,999.00 (USA Price)

Introducing the New SG22000PRO! An ultra-compact low-noise 100MHz to 22GHz premium microwave signal generator. After years of development DS…

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Introducing the New SG22000PRO!

An ultra-compact low-noise 100MHz to 22GHz premium microwave signal generator.

After years of development DS Instrument’s updated low-noise premium signal generator has been released! Offering lower phase noise, a wider frequency range, and more robust output level control than the standard SG22000. Like our SG6000 product line, this RF generator is fully programmable via SCPI commands (USB / Ethernet) or the front panel interface making it more flexible than any competing product. Offered as a higher performance version of the SG22000 (SG6000LDQ), this upgraded microwave generator is aimed at phase-noise sensitive applications in X, Ku, and K-band development and testing.

SG22000PRO Features:

  • Single multi-band SMA RF output port
  • RF output covering 0.1 – 22GHz (0.025 – 24.50GHz at reduced performance)
  • Full-band power control: -20 to +10dBm Calibrated (-30 to +13dBm typical uncalibrated)
  • Power output level resolution: 0.50dB steps & ~0.1dB vernier control
  • Calibrated power output accuracy: ±1.0dB at +10dBm
  • Low phase noise -92dBc @ 20GHz @ 10KHz offset
  • Extremely small frequency step size (10Hz)
  • Ultra-low-noise 100MHz VCXO locked to internal TCXO or external 10MHz reference
  • Internal precision high-frequency reference source (±280PPB 10MHz)
  • Compact powder-coated laser-etched enclosure
  • Ethernet & USB remote operation
  • Windows control software included (USB & Network enabled)
  • SCPI command aware via USB virtual COM port for remote control
  • Front controls and bright OLED display for stand-alone usage
  • USB-C powered, requires no extra DC adapter
  • Silent, passively-cooled operation

Common RF Applications:

  • Automated testing environments
  • General RF lab use
  • Flexible LO sourcing
  • Antenna design
  • EMC testing
  • Production verification and test setups
  • Educational / university lab use
  • Aerospace / Defense Research
  • 802.11n development / Testing
  • Ku-band satellite link testing
  • X-band radar applications
  • Up and down converting
  • Line of sight link testing
  • Wireless infrastructure design
  • Transponder verification
  • 5G development

Mechanical Specifications:

 

 

Case

 

RF Performance Plots:

 

 

 

 

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