Growing complexity of electrical systems demands high-performance, precise test platforms. LXinstrumentsâa aerospace testing specialist and member of the German Space portal Best Of Spaceâintroduces the ITECH IT2705 series. These compact DC power analyzers unify supply, load, measurement, and analysis functions within a single instrument, enabling accurate device profiling and versatile test sequences. A bidirectional, four-quadrant architecture allows seamless transitions between energy sourcing and loading modes, supporting dynamic characterization scenarios.
Table of Contents: What awaits you in this article
Modular IT2705 Platform Offers Eight Synchronous Channels for Testing
The IT2705 features a highly modular architecture with eight synchronously controlled channels configurable per user requirements. Each channel can deliver up to 150 V and 30 A, enabling precise power delivery for diverse applications. Moreover, multiple modules can be paralleled in a master-slave configuration to increase overall capacity. This flexibility makes the platform well-suited for testing everything from compact sensors to high-power energy components under a wide range of operating conditions.
IT2705 modules achieve femtoampere resolution enabling ultra-sensitive component characterization
Equipped with femtoampere-level current resolution and nanovolt-level voltage sensitivity, the IT2705 series delivers ultra-precise measurements suitable for the characterization of highly sensitive electronic components. Its bidirectional design facilitates instantaneous transitions between supplying power and functioning as an active load, while its four-quadrant operational capability ensures support for comprehensive testing sequences, encompassing both charging and discharging cycles, enabling detailed analysis of device behavior under varying electrical stress conditions, delivering consistent performance.
Integrated Pulse Sweep Modes Enable Detailed Characteristic Curve Measurements
Integrated pulse and sweep measurement modes enable characterization of device behavior by generating transient test sequences with programmable parameters. A high-speed data logger captures voltage, current, and power readings at sampling rates up to 200 kSa/s, ensuring accurate temporal resolution. The EIS (Electrochemical Impedance Spectroscopy) function performs precise impedance analysis across a broad frequency spectrum, delivering detailed Bode and Nyquist plots for in-depth performance evaluation and modeling of component dynamics.
Regenerative load feeds energy back at 93 percent efficiency
By returning energy to the electrical grid with up to 93 percent efficiency, the regenerative load significantly reduces laboratory power consumption. This energy recovery process lowers operating temperatures by minimizing heat dissipation during testing cycles. Users benefit from sustainable lab environments featuring improved temperature control and reduced environmental impact. Additionally, the high-efficiency regeneration mechanism drives down operational expenses, cutting utility bills and promoting sustainable engineering practices and improving resource utilization.
Generate customizable voltage, current, power profiles via waveform generator
The integrated arbitrary waveform generator allows precise definition of voltage, current, and power profiles to match specific test criteria. Users can create custom waveforms replicating battery charging and discharging cycles, adjusting ramp slopes, dwell times, and transition characteristics for accurate dynamic analysis. This capability also enables realistic simulation of supply voltage transients and surge events, facilitating rigorous component evaluation, automated reliability testing, and performance verification in advanced electronics development environments.
Compact User-Friendly Devices With Intuitive Menus And Broad Integration
Despite their functionality, these instruments maintain a compact footprint while delivering an intuitive user experience. The streamlined menu structure facilitates swift navigation between modes and settings without requiring extensive training. A selection of physical interfaces including LAN, USB, and GPIB ports ensures seamless connectivity with external hardware. Additionally, comprehensive software APIs support customization of control sequences and data retrieval, enabling rapid integration into existing test benches and automated laboratory systems.
ITECH IT2705 DC Analyzers Deliver Precision, Modularity, Cost Savings
Leveraging the ITECH IT2705 series, LXinstruments delivers a unified DC power analysis solution tailored for aerospace and electronic testing scenarios. This all-in-one system integrates high-resolution measurement, four-quadrant bidirectional operation, and a modular architecture that supports synchronized multi-channel configurations. Advanced analysis functions such as impedance spectroscopy, arbitrary waveform generation, and logging streamline workflows. By minimizing equipment count and wiring complexity, the platform enhances flexibility and precision, reduces energy consumption, maintenance expenses.
