The DS Instruments SG12000L compact RF Signal Generator enables users to generate a high quality RF signal easily and at low cost. The output covers the entire 25 – 12000MHz frequency block. The produced wave is fully synthesized using modern fractional N synthesis. RF output step size varies from a maximum of ~6 KHz to less than 40 Hz, depending on band of operation. The synthesized source can accept an external 10 MHz reference, or it can use its own internal 10 MHz TCXO. Output power is calibrated between -25 and +13dBm, and can be set in 0.5dB steps over the entire frequency range. The crisp OLED display provides useful feedback for the user, and front control buttons provide a quick alternative to USB control. Optional Ethernet is now available, and full-band calibrated RF power control is standard. Like most of our products, the SG12000 easily fits in the palm of your hand, making it a truly portable and bench-space-saving device.
New REV17 with lowered harmonics and phase control shipping as of Feb 2024!
Low-phase-noise, micro-step performance version here: SG12000PRO!
Compact SG12000L Features:
Calibrated adjustable output power covering the full frequency band
New internal harmonic-filtering hardware for 2024!
Native frequency-sweeping support
Phase control from 0 to 360 degrees with 1.0-degree resolution
External reference frequency input with auto-detection (10 MHz MCX)
Internal 10MHz reference source
Professional industry standard SCPI command support
Front user control buttons (frequency, power, output enable…)
Bright OLED display
Sturdy all-aluminum black enclosure
Input voltage monitor
Optional Ethernet port
Intuitive PC control software
12GHz Microwave Generator Specifications:
Frequency range: 25MHz – 12GHz
Calibrated power level range: -25dBm to +13dBm
Uncalibrated power level range: -30dBm to +14dBm typical
Power control resolution: 0.5dB steps + 0.05dB vernier (variable attenuator)
Harmonic content (0.5-12GHz): < -25dBc typical
Dimensions: 2.75″ x 1.25″ x 3.15″
Frequency step size: 40-6000Hz (depending on output frequency)
