Triple Channel DC Power Supply

Discover a new triple-channel DC power supply that improves efficiency, accuracy, and flexibility. Ready to find out more?

As technology evolves, test equipment performance is essential for product quality and R&D efficiency. ITECH has launched the IT-N6300 series triple-channel programmable DC power supply, designed for multi-channel testing. The company claims that the series offers cost-effective and high-performance options. Whether for research, education, or production, the DC power supply provides solutions for basic testing and high-precision measurements, improving work efficiency and test results.

The series is a triple-output DC power supply housed in a 2U half-rack chassis. Each channel operates independently and includes series/parallel and synchronization options to meet various testing needs. Unlike many competitors with fixed parameter ranges, it has wide-range outputs for all three channels, allowing flexible adaptation to different test scenarios and improving test efficiency.

– Advertisement –

The series features a 4.3-inch colour LCD that supports both English and Chinese. Additionally, the series offers a LIST sequence editing function, allowing users to customize test sequences and monitor output curves in real-time to ensure test result accuracy.

The press release says the series provides high resolution up to 1mV/0.1mA, ensuring precise test data. Its low ripple and noise create a clean power supply environment, ensuring reliable results. It also has fast response times, making it suitable for dynamic testing. Whether in R&D labs, production lines, or educational settings, the triple-channel programmable DC power supply series adapts to various testing requirements, supporting innovation and growth.

With its performance, functions, and quality, the series is a top choice for testing. The DC power supply enables engineers and researchers to increase work efficiency and support technological innovation with stable performance, backing product development and production.

For more information, click here.