Instek APS-7100: Programmable AC Power Source for Precision Testing

Description

Instek APS-7100 Programmable AC Power Source: Precision Power for Demanding Applications

The Instek APS-7100 Programmable AC Power Source is a versatile and high-performance solution for testing and simulating AC power conditions. With its advanced features and exceptional accuracy, it empowers engineers and technicians to conduct rigorous testing and analysis.

Product Specifications:

Output Power: 1000 VA
Voltage Range: 0-310 Vrms
Current Range: 0-8.4 Arms
Frequency Range: 45-500 Hz
Display: 4.3-inch TFT LCD

High Accuracy and Stability: Delivers precise and stable AC power with low distortion and noise, ensuring reliable test results.
Programmable Output: Allows users to create and execute complex waveforms, including harmonics, transients, and interruptions.
Versatile Output Modes: Supports continuous, burst, and list modes, providing flexibility for various testing scenarios.
Advanced Measurement Functions: Measures voltage, current, power, and power factor with high accuracy, enabling comprehensive analysis.
Intuitive User Interface: Features a user-friendly TFT LCD display and intuitive controls for easy operation and quick setup.
Remote Control and Connectivity: Supports remote control via USB, GPIB, and Ethernet interfaces, facilitating integration into automated test systems.

Enhancing Test Accuracy: Provides precise and stable power, ensuring reliable and repeatable test results.
Simplifying Complex Testing: Enables the creation and execution of complex waveforms, reducing test setup time and complexity.
Increasing Efficiency: Automates testing processes through programmable output and remote control capabilities, saving time and resources.
Ensuring Product Quality: Supports rigorous testing of electrical and electronic devices, ensuring their reliability and performance.
Empowering Innovation: Provides a versatile platform for research and development, enabling engineers to explore new power solutions and applications.

Additional information