Keysight 6811C AC Source/Analyzer, 375 VA, 0-300 Vrms, singlephase

The Keysight 6811C AC Source/Analyzer combines the functionality of a high-performance AC power source with a power analyzer, making it a versatile solution for simulating and measuring real-world AC conditions in the lab or production environment. With an output capacity of 375 VA and programmable output from 0–300 Vrms, it allows engineers to test devices under various voltage and frequency conditions with high accuracy.

The built-in analyzer provides detailed measurements of voltage, current, power, harmonics, and distortion, allowing you to evaluate DUT performance under normal and abnormal AC line conditions. The 6811C’s low distortion output, fast transient response, and flexible programmability make it an excellent choice for R&D, compliance testing, and manufacturing.

Applications range from testing switch-mode power supplies, consumer electronics, and telecom equipment to simulating AC mains variations for aerospace and defense systems. Its LAN, GPIB, and RS-232 interfaces support seamless integration into automated test systems.

Key Features:

• AC Source Power: 375 VA, single-phase

• Output Voltage: 0–300 Vrms, programmable

• Frequency Range: 45–1,000 Hz (programmable)

• Built-in Power Analyzer: Measures voltage, current, power, harmonics, distortion

• Low distortion output for precision testing

• Programmable transients to simulate real-world AC mains conditions

• Interfaces: LAN, GPIB, RS-232 for automation

• Applications: Power supply testing, avionics, consumer electronics, telecom, industrial equipment

Included Accessories:
Standard power cord, user documentation, and calibration certificate.

Compliance:
Conforms to CE safety standards, ISO quality assurance, and Keysight calibration standards.

Benefits for Lab Users:
The Keysight 6811C provides a stable, programmable AC source combined with detailed measurement capability, reducing the need for separate test equipment. By simulating line disturbances and variations, it ensures devices are robust, reliable, and compliant with international power standards.