TH6700A Series Economical Switching Programmable DC Power Supply

TH6700A Series Economical Switching Programmable DC Power Supply

The TH6700A Series is an economical switching programmable DC power supply for laboratories and production teams that need wide-range DC output with practical programmable control. It is designed for routine R&D, design verification, production-line testing, clean-energy workflows, solar photovoltaic simulation, teaching laboratories and LED testing.

The manufacturer lists the TH6700A Series as a single-channel wide-range programmable switch-mode DC supply with 360 W, 720 W and 1080 W power classes. Across the model range, output ratings cover 30 V, 80 V, 250 V and 800 V classes, with current ratings up to 100 A depending on model.

Key Features

• Economical switching programmable DC power supply platform.
• Wide-range and constant-power output operation.
• Rated voltage range across the series: 30 V to 800 V.
• Rated current range across the series: 1.32 A to 100 A.
• Rated power classes: 360 W, 720 W and 1080 W.
• Programmable internal resistance for battery output simulation.
• CC priority mode to help reduce current overshoot in selected workflows.
• Interfaces include RS232, USB Host, USB Device and LAN.

Typical Applications

The TH6700A Series is suitable for clean-energy research, solar device simulation, electric vehicle component testing, LED testing, automated device integration, production maintenance and teaching laboratories. It is useful where a cost-effective programmable DC source is required for repeatable validation.

Compatibility and Integration

The TH6700A Series can be paired with DC electronic loads, power meters, battery test systems and automated test benches. Its programmable internal resistance function can be useful for battery-output simulation, while source/load combinations can support charger, converter and device validation.

Why Choose ScienceGears

ScienceGears helps customers in Australia and New Zealand select the correct TH6700A model based on voltage, current, power class, interface needs and test workflow. We can also advise whether an economical switching supply is sufficient or whether a higher-performance DC source is required.