ITECH IT2700 | Modular Multichannel DC Test System
A modular platform combines DC sources, loads, and SMUs in one test setup and matches channel count and function precisely to each test workflow.
- ✓ modular mainframe
- ✓ 6 or 8 slots
- ✓ up to 500 W per module
Prices plus VAT plus shipping costs
Modular Multi-Channel Power System for Flexible DC Testing
ITECH IT2700: Modular Combination of DC Source, Electronic Load and SMU
The ITECH IT2700 Series is a modular multi-channel power system consisting of a mainframe and separately ordered function modules. Depending on the configuration, each channel operates as a programmable DC power supply, bidirectional DC source/sink, regenerative DC electronic load or Source Measure Unit (SMU).
Testing Multiple Power Rails and DC/DC Converters
Depending on the mainframe, six or eight slots are available; a 500 W module occupies two slots. Channels can be switched individually, sequenced, synchronized or grouped. This allows multiple power rails on a PCB as well as the input and output of a DC/DC converter to be tested within a single test sequence. Identical modules can be connected in series or parallel, depending on the configuration.
Dynamic Test Profiles and Battery Simulation
LIST sequences, arbitrary waveforms, sweeps and load transients simulate power-up events, load changes and defined voltage and current profiles. Bidirectional modules support battery testing and battery simulation. For the 1U mainframes, PV2700 provides an oscilloscope function with up to 200 kHz and 600 kpts; data logging operates at up to 50 kHz.
Selecting Mainframes, Modules and Interfaces
LAN, USB, CAN and digital I/O connect the system to development workstations and automated test equipment (ATE); SCPI and Modbus support remote control. Key configuration criteria include the number of slots, front-panel operation, supported module types, and voltage, current and power ranges. The IT2704 supports regenerative load modules only; the IT27814 and IT27814E SMU modules are designed for the IT2702 and IT2705. Function modules are selected and ordered separately.
Alternative Products
If a modular multi-channel configuration is not required, the ITECH IT-M3400 bidirectional DC power supply provides up to 800 W. For two galvanically isolated DC outputs without load or SMU functionality, the ITECH IT-M3100D dual-channel DC power supply is a suitable alternative.
Related Product Categories
Programmable DC Power Supplies and Sources | Electronic Loads | Bidirectional DC Power Supplies | Source Measure Units (SMU)
Which IT2700 Configuration Fits Your Test Workflow?
We match the mainframe and modules to your channel count, voltage range, and test sequence—from DC sources and loads to bidirectional and SMU configurations.
Variants
Specifications
| System configuration | Modular mainframe with separately ordered function modules |
|---|---|
| Mainframes | IT2702 8 slots/1U, IT2703 6 slots/1U with touchscreen, IT2704 8 slots/1U for load modules only, IT2705 8 slots/5U with touchscreen |
| Module types | DC power supplies, bidirectional DC source/sink modules, regenerative DC loads and SMUs |
| Module ranges | Depending on the module, up to 150 V, 50 A and 500 W |
| Parallel operation | Depending on the mainframe, up to 8 modules and 2 kW |
| Channel expansion | Up to 240 channels per cabinet; synchronization and grouping across multiple mainframes |
| Programming functions | LIST, arbitrary waveforms, sweeps, load transients, battery testing and battery simulation depending on the module |
| Measurement functions | Voltage, current, power, Ah and Wh; oscilloscope and data logging via PV2700 |
| Interfaces | LAN, USB-TMC, USB-VCP, CAN and digital I/O; SCPI, Modbus and web control |
| Protection functions | OVP, UVP, OCP, OPP, OTP, UCP and foldback depending on the module |
Options & Accessories
| IT27134/35/37/53/54/55/57 | Programmable DC power supply modules; corresponding R versions for IT2703 |
|---|---|
| IT27334/35/37/53/54/55/57 | Bidirectional DC source/sink modules; corresponding R versions for IT2703 |
| IT27534/35/37/53/54/55/57 | Regenerative DC electronic load modules; corresponding R versions for IT2703 |
| IT27814 and IT27814E | SMU modules for IT2702 and IT2705 |
| IT-E157A / IT-E157B | Rack mounting kits for IT2702 and IT2704 in ITECH or third-party cabinets; IT-E157B for mounting depths from 700 to 907 mm |
| IT-E157C / IT-E157D | Rack mounting kits for IT2703 in ITECH or third-party cabinets; IT-E157D for mounting depths from 700 to 907 mm |
| ITECH cabinet | Optional in 15U, 27U or 37U |
| IT-E9003 | Optional warranty extension to 3 years |
| IT-E9005 | Optional warranty extension to 5 years |
Scope of Delivery
| Mainframe | IT2702, IT2703, IT2704 or IT2705, depending on the ordered configuration |
|---|---|
| PV2700 PC software | Available free of charge |
| Front mounting handles | Included as standard with IT2702 and IT2704; optional for IT2703 |
| Function modules | Not included and must be ordered separately |
| Power cord | |
| Product documentation |
Applications
| ATE test systems for R&D, design verification and manufacturing |
| Multi-channel testing of DC/DC converters and power supply modules |
| Testing of multiple power rails and defined power-on/off sequences, e.g. for power management circuits and electronic assemblies |
| Battery cell simulation and testing of batteries and chargers |
| Characterization of power semiconductors, power MOSFETs, diodes, LEDs, laser diodes and power management ICs |
| Four-quadrant measurements and electrochemical impedance spectroscopy (EIS) with SMU modules |
| Testing of 48 V telecommunications, 5G and data center power supply systems |
| Regenerative aging and endurance testing in automated production lines |
Videos
Links & Downloads
Available Documents (Subject to Change)
Supplier
LXinstruments has been supplying ITECH equipment since 2020. When an individual instrument needs to become part of a complete test system, we support you with product selection, system sizing and integration into the automation environment. The key is to ensure that the DUT, power requirements, interfaces and test sequence work together.
We also use ITECH equipment in customized test systems. Depending on the test application, we combine power supplies, electronic loads, grid simulation and measurement technology so that the functions match both the DUT and the test sequence.
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