Load Simulator
The load system is intended for testing satellite power supply systems; due to the integration with a solar array simulator and a battery simulator, it can perform validation and commissioning of satellite power supplies. The system is equipped with regenerative electronic loads and customer-specific high-power switching matrices for routing the DUT channels to the relevant loads. The individual voltages and currents for each channel can be read back via a Keysight Technologies switch mainframe.
The system is equipped with high electrical power; its loads are capable of feeding the energy back into the power grid.
Topics
- Loads
- Power Supplies
- High Voltage Power Supplies
- Switch Matrices
- Switching Power Supplies
- Power Loads
- High Voltage Switching
- Electronic Loads
- Power Switches
- PSU
- Switching Systems
- System Integration
- Test Systems
- Battery Electrical
- HIgh Current
- High Voltage
- Solar Array
- Solar Energy
- Switching Matrix
- Switch Matrix
- Power
- Systems
- Satellite
- Arrays
- Battery
- Current
- DUT
- Electrical
- Energy
- Integration
- Matrices
- Solar
- Switching
- Testing
- Validation
- Voltage
-
product
Aerospace and Aviation Solutions
SCOEs and EGSEs by LXinstruments are used during test and validation of satellite assemblies and modules in aerospace applications. As an example, we implemented solar array simulators, battery simulators and high-power load racks for a German satellite manufacturer for testing satellite power supply systems. Due to the high power ratings, the systems are partially equipped with water cooling. Specialized switching modules were developed for switching DC currents at high voltage levels; these can be programmed with SCPI commands via Ethernet.Our modular OTP² functional test platform is ideally suited for implementing durable, reliable test systems, e. g. for in-flight entertainment applications. Since the OTP2 platform is based on open interfaces, it can be quickly and easily adapted to any required communication busses and ARINC interfaces.
