The Blank Front Panel GB1000-5-3P is used as a power supply when no separate device control via a display is required (with control unit G1000-5-3P). With the exception of the display functionality, it offers all the powerful standard functions of a GENESYS+ power source and is used as a slave module in parallel or series connection with a master power supply (with control unit).
The control of the blank front panel takes place via the digital interfaces (LAN, USB, RS-232/485) or via the isolated analog interface. Interfaces such as EtherCAT, Modbus-TCP or GPIB are optionally available.
The TDK-Lambda GB1000-5-3P from the Genesys+ series is a state-of-the-art DC power supply and was designed for demanding applications in the Electric vehicle industry and other high-voltage environments.
With an output power of 5 kW and wide voltage and current regulation from 0 to 1000 V and 0 to 5 A, it enables a precise and flexible test environment.< /p>
The device has various operating modes, including constant current, constant voltage and constant power limitation, as well as internal resistance simulation, which enables accurate replication of various load conditions.
With state-of-the-art DSP Technology and components of the latest generation achieve an efficiency of up to 92%, which leads to lower internal heat loss and higher reliability.
The device supports TDK's patent-pending Advanced Parallel System -Lambda, which allows up to 12 devices to be easily paralleled for dynamic response and improved performance.
Backed by safety certifications in line with relevant industry standards, the TDK-Lambda GB1000-5-3P a reliable and secure solution for demanding test and development environments.
- Target applications are testing in the automotive industry, including electric and hybrid cars with high voltage batteries, general testing or research, measurements, semiconductor manufacturing, battery manufacturing and renewable energy
- Output power of 5 kW
- Voltage and current regulation from 0 to 1000 V or 0 to 5 A
- Various operating modes: constant current, constant voltage, constant power limitation and internal resistance simulation
- DSP technology and high efficiency: up to 92%
- Various control and programming options
- Control via digital interfaces (LAN, USB, RS-232/485) or analog interface
- Patented Advanced Parallel System