TH6430 Series Multi-Channel Source-Load DC Power Supply

TH6430 Series Multi-Channel Source-Load DC Power Supply

The TH6430 Series is a multi-channel programmable linear source-load integrated power supply designed for compact laboratory workflows requiring both DC power output and controlled electronic load capability. It is useful where separate DC power supplies and electronic loads would increase wiring complexity, bench space and test setup time.

The manufacturer lists the TH6430 Series with power supply capability up to 32 V/6 A, electronic load capability up to 32 V/3 A and one to four channel configurations. The series includes models from TH6431 to TH6434, supporting different channel arrangements for device testing, teaching laboratories and automated R&D workflows.

Key Features

• Multi-channel programmable linear source-load platform.
• Power supply capability up to 32 V/6 A.
• Load capability up to 32 V/3 A.
• One-, two-, three- and four-channel configurations.
• Four-channel power output and two-channel load input in selected models.
• CH1 and CH2 support series-parallel output.
• Programmable sequence operation for CH1 and CH2.
• Setting resolution: 1 mV / 0.1 mA.
• Readback resolution: 0.1 mV / 0.1 mA.
• OVP, OCP and OPP protection.
• RS232, GPIB, USB-CDC, USB-TMC and LAN communication.

Typical Applications

The TH6430 Series is suitable for multi-rail circuit testing, small device validation, sensor testing, embedded electronics, low-power battery studies, teaching laboratories, production maintenance and automated device integration testing.

Compatibility and Integration

The TH6430 Series can be used with power meters, oscilloscopes, data acquisition tools, battery test fixtures and custom ScienceGears laboratory setups. It is a practical option where compact integrated sourcing and loading is required, but high-power regenerative testing is not needed.

Why Choose ScienceGears

ScienceGears helps customers in Australia and New Zealand choose the correct TH6430 configuration based on channel count, source/load requirements, voltage/current range, sequencing needs and automation interface. We can also help determine whether this compact source-load platform or a separate power supply and electronic load combination is more suitable.