Keysight N5183A/540/1E1/1EA/ALB/U02/U03/UNT/UNU/UNZ MXG Microwave Analog Signal Generator
Configurations Include
- (540) 100 kHz to 40 GHz frequency
- (1E1) Step attenuator
- (1EA) High power
- (ALB) LXI Class B Compliance supported
- (U02/U03) Warranty coverage
- (UNT) Analog external modulation: AM, FM, and ΦM
- (UNU) Pulse modulation
- (UNZ) Fast frequency switching
Features and Specifications
- Address parametric testing of microwave components & receivers
- Perform local oscillator (LO) upconversion for microwave backhaul links or CW blocking for receiver testing
- Maximize test throughput with 600-µs frequency switching
- Characterize microwave filters & amplifiers with good output power and level accuracy
- Step & list sweep of frequency, power, or frequency and power
- Automatic leveling control (ALC); power calibration
- Bandwidth control ( ALC)
- Deep amplitude modulation providing greater dynamic range
- Enhanced assembly replacement
- GPIB, USB 2.0, and 100Base-T LAN interfaces
- Improved signal to noise ratio
- SCPI and IVI–COM driver
- User flatness correction
- User settable maximum power limit
- Two channel power meter display
- 10 MHz reference oscillator with external output
- 8648/ESG code compatible
- Real-time modulation filtering
- Compatible with Keysight U2000 Series USB power sensors
The Keysight N5183A MXG microwave analog signal generator is a high-performance signal source designed to increase test throughput, maximize instrument uptime, and reduce rack space requirements in demanding RF and microwave test environments. Optimized for generating accurate, stable, and repeatable reference signals, it combines fast frequency and amplitude switching speeds with high output power to support efficient and reliable testing. Its robust design and simplified self-maintenance capabilities help lower the total cost of ownership while ensuring long-term operational reliability. The N5183A is ideally suited for component manufacturing, automated test equipment (ATE), depot testing, and installation and maintenance applications. Common uses include local oscillator (LO) substitution, blocker and interferer signal simulation, and serving as a transmit source for antenna testing.