Keysight 6812C AC Source/Analyzer, 750 VA, 0-300 Vrms, singlephase

The Keysight 6812C AC Source/Analyzer provides a powerful and versatile solution for engineers who require high-quality AC power generation and analysis in one instrument. Offering up to 750 VA of output power, it supports voltages from 0–300 Vrms and is designed for single-phase applications, making it ideal for testing consumer electronics, power supplies, industrial equipment, and avionics components.

With integrated measurement and analysis functions, the 6812C eliminates the need for separate test equipment, saving space and reducing costs. It delivers precise voltage and frequency control, enabling users to simulate global AC line conditions and evaluate device performance under real-world scenarios. Its low distortion output and wide frequency range ensure accurate and repeatable results, while the GPIB and RS-232 interfaces make it easy to integrate into automated test setups.

Engineered for compliance and efficiency, the Keysight 6812C supports a wide range of laboratory and production environments where both programmable AC sourcing and detailed load analysis are required.

Key Features:

• Output power: 750 VA single-phase

• Output voltage range: 0–300 Vrms

• Programmable frequency for simulating global AC line conditions

• Built-in power analyzer for real-time measurement of voltage, current, power, and harmonics

• Low output distortion for reliable test results

• GPIB and RS-232 interfaces for automation

• Ideal for compliance testing, R&D, and production environments

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

Compliance:
Meets CE safety requirements, ISO calibration standards, and Keysight quality specifications.

Benefits for Lab Users:
The Keysight 6812C combines a precision AC source and analyzer in one unit, reducing equipment footprint and simplifying workflows. Its programmable functions and integrated measurement tools make it easier for engineers to simulate real-world AC conditions, optimize product design, and verify compliance with international power standards.