1466 Series Signal Generator
¥250,000.00 CNY
The 1466 series signal generator is a general-purpose test instrument for cutting-edge microwave and millimeter-wave testing. It features a wide frequency range, large RF modulation bandwidth, high signal spectral purity, high accuracy and large dynamic range power output, as well as excellent vector modulation accuracy and ACPR performance. With its single-unit dual RF channels and multi-unit cascading design, it can meet all your test requirements.
Rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN make daily testing more convenient. Combined with abundant simulation software for multi-scenario signal simulation, it supports complex scenario tests such as wireless communication, mobile communication, satellite communication, and radio perception with ease.
The 1466 series signal generator is an ideal choice for high-standard testing in cutting-edge technology fields such as communications, from component level to system level.
● Key Features
·Coaxial frequency coverage up to 110GHz
·SSB-132dBc/Hz (measured, 10GHz carrier 10kHz offset)
·-150dBm~+35dBm power range (configurable)
·Supports analog modulation and pulse modulation
·Supports frequency step scan, list scan, analog scan, power scan
·Supports single-unit dual channels, each channel can be independently configured
·Large screen touch graphical guided interaction
● Rich Built-in Functions
Supports amplitude modulation, frequency modulation, phase modulation, and pulse modulation. Features complex pulse modulation functions such as dual pulse, pulse train, stagger PRF, jitter PRF, and PRF glide.
● Multiple Scan Functions
Supports step scan, list scan, analog scan (ramp scan), and power scan functions.
● Touch Graphical Guided Interaction
Uses an 11.6-inch high-resolution touchscreen, clearly displaying main parameters and instrument status information. Combined with the signal flow diagram guided interface, it makes display more intuitive and interaction more user-friendly.