ITECH IT2705 | Modular DC Power Analyzer
- ✓ up to 8 modules
- ✓ 500 W/module
- ✓ Voltage: 150 V
- ✓ Current: 30 A
ITECH IT2705
Bidirectional, Programmable DC Power Analyzer
Power up to 500 W per Module, Voltage up to 150 V, Current up to 30 A
One Platform – Endless Possibilities
The IT2705 unifies source, load, measurement, and data logging in a single high-performance system. As a power analyzer, it also serves as a power meter in the lab for precise power measurement of voltage and DC current. This turns the modular DC power analysis platform into a complete solution that consolidates key functions and sets new benchmarks in test & measurement for modern power analyzers and power meters.
Modular Architecture for Maximum Adaptability
Combine up to eight modules freely—from a DC source and a bidirectional power supply to a regenerative load and an SMU. For higher output, the IT2705 supports master–slave parallel operation with synchronized channel groups. Standardized interfaces integrate power supplies and instruments seamlessly into DC setups.
Accurate aAalysis Without Extra Instruments
Instead of external oscilloscopes, the IT2705 uses integrated oscilloscope sampling. A data logger with a fine sampling rate captures voltage and current waveforms directly in the instrument. For reproducible workflows, sequence and arbitrary modes (ARB/CDARB), software automation, and multimeter integration are available. Apparent power can be determined via adapters when required.
Scalability and Efficiency in Focus
A central UI controls up to eight parallel, synchronous channels. Multichannel workflows increase efficiency and overall system performance while reducing setup time and shortening development cycles.
More Than Just an Instrument
The IT2705 is more than a power supply—it is a complete test platform. Whether used as a bidirectional power supply or for DC power analysis, the IT2705 handles both with ease. Regenerative energy scenarios from planning through qualification are covered as well. Battery simulation and ACIR/EIS extend test workflows and provide a reliable foundation for analysis, decisions, and innovation.
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Specifications
| Specification | Value |
|---|---|
| Instrument type | Modular DC power analysis system (5U frame) |
| Channels | Up to 8, parallel, synchronized control |
| Installed modules | Up to 8 modules, simultaneously installable |
| Master–slave parallel operation | power extension (IT27814/IT27814E can only be paralleled in CC mode) |
| Supported module types | DC source, electronic load, bidirectional power supply, SMU (model dependent) |
| Power per module | 20 W–500 W per module |
| Voltage range | up to 150 V |
| Max. current | up to 30 A per module |
| AC input | 100–240 V AC, 50/60 Hz |
| Max. apparent power | approx. 2.2 kVA |
| Sampling rate | up to 200 kSa/s |
| Efficiency | up to 93 % |
| Supported modules | DC sources (IT271XX), bidirectional DC power supplies (IT273XX), regenerative electronic loads (IT275XX), 4-quadrant SMU modules (IT27814/IT27814E) |
| Functions | 0.1 Hz – 20 kHz (IT27814/IT27814E) |
| Protection features | OVP, OCP, OTP, power-on/off sequencing |
| Interfaces | USB (TMC / VCP), LAN (Ethernet), CAN, Digital I/O, web control |
| Display & operation | 7" color touchscreen with multi-channel views (1, 4 or 8 channels) |
Options & Accessories
| Manufacturer number | Name |
|---|---|
| IT271XX | Programmable DC sources with CV/CC/CP modes |
| IT275XX | Regenerative electronic loads (200 W / 500 W) |
| IT273XX | Bidirectional power supplies with source and sink function |
| IT27814 / IT27814E | Four-quadrant SMU with integrated EIS function |
Scope of Delivery
| Scope of delivery |
|---|
| IT2705 5U mainframe |
| Power cord |
| Manual / documentation |
| Free PV2700 control software - PC control, data acquisition, sequence and ARB editor |
Applications
| Application examples |
|---|
| Power consumption analysis of IoT devices |
| Testing of power ICs |
| Testing of DC-DC power modules |
| Battery tests and battery simulation |
| Characterization of communication and RF modules |
| Testing of portable medical electronics |
| Testing of semiconductor power devices Battery impedance analysis |
| Testing of sensors and electronic components |