The Agilent/Keysight E8257DS02 is a millimeter-wave source module that extends the frequency capabilities of Keysight PSG Series Synthesized Sources. Manufactured by Oleson Microwave Labs and supplied by Keysight, this compact module enables high-performance signal generation across millimeter-wave bands when connected to compatible PSG base units. The E8257DS02 is part of a modular series designed to deliver direct frequency control, integrated modulation, and precise RF output from the host instrument.
Technical Specifications
Physical & Mechanical
• Dimensions: 4.3 in (10.92 cm) W × 2.8 in (7.11 cm) H × 5.7 in (14.47 cm) D
• Weight: <2.0 lb (907 g) nominal; <4.0 lb (1.8 kg) with Option EA2
Electrical & Control
• Power: DC supplied directly from compatible PSG unit with appropriate option (e.g., Option 1EU for E8257D/E8267D)
• Frequency Control: Direct control and display via host PSG instrument
• Modulation: FM, PM, and pulse modulation supported
• RF Output Interface: Flange type specific to module designation
• Source Module Interface: Requires supplied DC bias cord for grounding and safe operation
Performance
• Output power and frequency range vary by specific module variant within the series
• Calibration: Not required for millimeter-wave modules
– Key Features
• Direct integration with PSG E8247C, E8257C, E8257D, E8267C, and E8267D base units
• Extends PSG operational range into millimeter-wave spectrum
• Modulation capability across FM, PM, and pulse formats
• Compact form factor with integrated DC bias interface
• Indoor-rated design with Class I grounding protection
– Compatibility & Integration
The E8257DS02 operates as a slave module requiring a compatible PSG Series host unit. Frequency range and output power specifications are module-specific; consult the appropriate model designation (e.g., E8257DS15, E8257DS12) for exact performance parameters. The supplied Source Module Interface cord provides both DC power distribution and protective earthing. Cabinet installation requires unrestricted convection airflow.
