• Output voltage up to 1200V with wide programmable range

• Maximum output power up to 3000W

• List mode for programmable voltage and current waveforms

• Built-in RS232 and USB interfaces with SCPI support

• Remote sense for improved voltage accuracy

• Output ON/OFF control for safe operation

• Compact 2U rack-mount design for system integration

• VFD display for clear parameter monitoring

• Battery charge/discharge simulation and validation

• EV battery and energy storage system testing

• High-voltage component testing (diodes, capacitors)

• Automated Test Equipment (ATE) systems

• Power electronics R&D and validation labs

• Electromechanical control system testing

• Semiconductor and industrial electronics testing

• Output Voltage Range: 0 – 1200V

• Output Current Range: 0 – 10A

• Maximum Output Power: up to 3000W

• Programming Mode: List mode (voltage/current waveform editing)

• Communication Interfaces: RS232, USB

• Command Protocol: SCPI

• Display: VFD

• Form Factor: 2U rack-mount / benchtop

• Remote Sense: Yes

• Output Control: ON/OFF switch

The IT6700H Wide Range High Voltage Programmable DC Power Supply is engineered for applications requiring controlled high-voltage DC output with precise regulation and repeatability. With a maximum output of 3000W and voltage capability up to 1200V, it addresses testing scenarios where high voltage and low current stability are critical.

This series supports programmable list mode, allowing users to simulate dynamic voltage and current profiles, including battery charge and discharge cycles. This capability is essential for validation processes in battery testing, power electronics development, and component stress analysis.

The integrated RS232 and USB interfaces, combined with SCPI command support, enable seamless integration into automated test systems (ATE) and laboratory environments. Remote sense functionality improves measurement accuracy by compensating for voltage drops across test leads.

Its compact 2U form factor allows direct installation into standard 19-inch racks without additional mounting hardware, reducing footprint in high-density test setups.

Typical use cases include validation of battery systems, testing of high-voltage diodes and capacitors, and development of electromechanical control systems. In these environments, the IT6700H provides consistent output performance, contributing to reliable test results and reduced validation risk.