1466-V series signal generator is a general-purpose test instrument for microwave and millimeter-wave cutting-edge testing, with wide frequency coverage, large RF modulation bandwidth, high signal spectral purity, output power with high accuracy and large dynamic range, and excellent vector modulation accuracy and ACPR performance, with single-machine dual-RF channel and multi-machine cascade design, can meet your various test requirements. Rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN make daily testing more convenient. Cooperate with simulation software to realize multi-scenario signal simulation, which makes it easy to support complex scenarios such as wireless communication, mobile communication.
A new upgrade of human-computer interaction, with large screen touch graphics guided interaction, mobile browser access control, multi-manufacturer power meter connection identification, multi-client deployment, SCPI command recording, control interface customization and a series of new functions to bring user’s test happiness. 1466-V series signal generator is ideal for high standard testing from component level to system level.
Key Features
- Coaxial frequency coverage: 6kHz to 13GHz/20GHz/33GHz/45GHz/53GHz/67GHz
- Excellent spectral purity: SSB < –132 dBc/Hz (typ.10 GHz carrier at 10kHz offset), Spurious < –80 dBc (10 GHz carrier)
- Large dynamic range of high output power: settable power ranges from -150dBm to +25dBm
- Excellent vector modulation accuracy
- Maximum 2GHz RF modulation bandwidth, optional 500MHz/1GHz/2GHz bandwidth
- Rich modulation functions, covering analog modulation, pulse modulation and 30+ digital
- Support CW multi-tone and complex multi-carrier modulation functions
- Single-machine dual-channel + multi-machine cascade, multi-channel independent or phase-coherent output can be flexibly configured
- Large-screen touch graphics guide interaction, support user-defined menus
- SCPI real-time recorder and code generator for generating executable remote-control code from manual operating steps
