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Rohde & Schwarz SMY02
Rohde & Schwarz SMY02
The Rohde & Schwarz SMY02 Signal Generator is an excellent cost-effective instrument for testing AM, FM, and phiM receivers and for component measurements. It is designed with a comprehensive set of basic signal generator capabilities. As a result, it’s an economical solution for universal use in the lab, production, and servicing environments.
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Description
Rohde & Schwarz SMY02
The Rohde & Schwarz SMY02 Signal Generator is an excellent cost-effective instrument for testing AM, FM, and phiM receivers and for component measurements. It is designed with a comprehensive set of basic signal generator capabilities. As a result, it’s an economical solution for universal use in the lab, production, and servicing environments.
Specifications and Features:
- Level range -140 dBm to +13 dBm (19 dBm over range) sufficient even for receivers of highest sensitivity.
- High level accuracy and low RF leakage allowing accurate and undergraded sensitivity measurements.
- FM DC with high accuracy of carrier frequency for testing pagers and receivers fitted with digital squelches.
- Low SSB phase noise and high spurious rejection for all in-channel and blocking measurements
- Low residual FM affording ample margin for S/N measurements
- Modulation generator 1 Hz to 500 kHz for modulation frequency response measurements
- Stereo channel separation of 50 dB and low harmonic distortion for testing FM stereo receivers.
- Non-interrupting level setting over a range of 20 dB for reproducible measurement of squelch hysteresis.
- Frequency resolution 1 Hz, also suitable for extremely narrowband tests.
- FM DC deviation up to 20 MHz for VCO simulation.
- FM bandwidth 2 MHz for fast FSK and telemetry applications.
- High output level up to 19 dBm for component and overdrive testing.
- AF synthesizer 1 Hz to 500 kHz, separate use as AF signal source possible for external applications (e.g., recording of AF frequency response).
- GPIB interface for use in automatic test systems.
- Sequence function and SEQ input for semi-automatic use.