ITECH IT6300 | Triple Channel DC Power Supply
Supply DUTs with multiple DC voltages from one unit – clear, space-saving and well suited for lab, service and test benches.
- ✓ Power: up to 180 W
- ✓ Voltage: up to 60 V
- ✓ Current: up to 6 A
ITECH IT6300: Programmable Triple-Output DC Power Supply
The ITECH IT6300 Series combines three isolated, programmable DC outputs in a compact 2U half-rack enclosure. Voltage and current can be set separately for each channel, while the display shows the current values of all three outputs simultaneously. This allows multi-channel power supplies to be configured and monitored with a single instrument.
Use Three Isolated Outputs Independently or in Combination
Depending on the model, the outputs can be operated in series, parallel, or Track Mode. With proportional tracking, assigned channels automatically follow changes to the reference channel according to the preset ratio. Related supply voltages can therefore be adjusted together without having to readjust each output individually.
Local Operation and Remote Control
Most models provide setting and readback resolutions of 1 mV and 1 mA. Depending on the model, remote sense compensates for voltage drops across the connection leads. Illuminated function keys, adjustable step sizes, and simultaneous display of all channels support operation directly at the test bench. Depending on the version, USB and RS232 as well as GPIB or LAN are available for remote control.
Alternative Products:
For a more modern triple-output power supply with an extended feature set, the ITECH IT-N6300 Series is the closest alternative. If two isolated channels with higher power per output and advanced sequencing functions are required, the ITECH IT-M3100D Series is another option. For applications focused on a linear, low-noise multi-channel power supply, the GW Instek GPD Series is also suitable.
Related Product Categories:
Power Supplies and Sources
Does the Channel Setup Match Your DUT?
Aligning supply rails, interfaces, and test sequences early saves time at the bench. We help you select the IT6300 variant that fits your DUT and test setup.
Variants
Specifications
| Device Type | programmable triple-channel DC power supply with three isolated, adjustable DC outputs |
|---|---|
| Output Voltage (Model-Dependent) | CH1/CH2 0–30 V or 0–60 V; CH3 0–5 V |
| Output Current (Model-Dependent) | CH1/CH2 0–3 A or 0–6 A; CH3 0–3 A |
| Output Power (Model-Dependent) | CH1/CH2 90 W or 180 W; CH3 15 W |
| Operating Modes (Model-Dependent) | series operation, parallel operation and track mode/synchronization |
| Track Mode | coupling of CH1/CH2, CH2/CH3 or all three channels; changes are applied proportionally |
| Display | the Vacuum Fluorescent Display (VFD) shows the voltage and current values of all three outputs simultaneously on an |
| Setting and Readback Resolution | 1 mV/1 mA; IT6302 with 10 mV/1 mA |
| Voltage Setpoint and Readback Accuracy | up to ±0.03 % + 10 mV; IT6302 up to ≤0.06 % + 20 mV |
| Current Setpoint and Readback Accuracy (Model-Dependent) | up to ±0.1 % + 5 mA, ≤0.1 % + 8 mA or ≤0.2 % + 10 mA |
| Voltage Ripple & Noise (Model-Dependent) | up to ≤1 mVrms / 3–4 mVp-p; IT6302 up to ≤1 mVrms / 5 mVp-p |
| Current Ripple & Noise (Model-Dependent) | ≤3 to ≤6 mArms |
| Remote Measurement Function | compensation of voltage drops on the leads |
| Protection Functions | OVP and OTP; IT6322 with voltage limiting, current limiting and OTP |
| Fan Control | intelligent control for noise reduction |
| Interfaces (Model-Dependent) | optional USB/GPIB/RS232, USB/RS232, USB/GPIB/RS232 or USB/LAN; GPIB only after availability check |
| Operation | VFD display, backlit function keys, cursor step adjustment and output switch control |
| Form Factor (Model-Dependent) | 2U half-rack; 214.5 × 88.2 × 354.6 mm or 214.5 × 88.2 × 453.1 mm |
Options & Accessories
| IT-E121 | optically isolated RS232 communication |
|---|---|
| IT-E122 | optically isolated USB communication |
| IT-E123 | optically isolated RS485 interface |
| IT-E135 | optically isolated IEEE-488 interface |
| IT-E151A | 19" rack mounting kit |
| IT-E151 | 19" rack mounting kit |
| IT-E30312-YY | test leads, 30 A/1.2 m, Y terminal to Y terminal |
| IT-E30320-YY | test leads, 30 A/2 m, Y terminal to Y terminal |
| IT-E30615-OO | test leads, 60 A/1.5 m, ring terminal to ring terminal |
| IT-E31220-OO | test leads, 120 A/2 m, ring terminal to ring terminal |
| IT-E32410-OO | test leads, 240 A/1 m, ring terminal to ring terminal |
| IT-E32420-OO | test leads, 240 A/2 m, ring terminal to ring terminal |
| IT-E33620-OO | test leads, 360 A/2 m, ring terminal to ring terminal |
| IT-E9003 | ITECH warranty up to 3 years |
| IT-E9005 | ITECH warranty up to 5 years |
Scope of Delivery
| IT6300 series device |
| AC power cord |
| USB connection cable |
| CD with user manual and communication information |
Applications
| Teaching and training labs | basic and advanced experiments with stable DC sources, clear operation, and reliable protection |
|---|---|
| Production end-of-line testing | multi-channel DUT supply, fast switching thanks to series/parallel operation and track mode, clear display of all channels |
| Maintenance & service | reproducible test scenarios, remote sense for line-loss compensation, robust for everyday workshop use |
| Multi-voltage assemblies & subsystems | simultaneous supply of several rails (analog/digital), synchronized ramps via track mode, defined power-up |
| ATE-driven test stands | integration via USB/RS-232/LAN/GPIB (model dependent), centrally controlled sequences and automated test flows |
| Long-term and stability tests | constant supply for burn-in/drift tests, simultaneous monitoring of all outputs on the VFD display |
| Development & commissioning | fast prototyping cycles, finely adjustable steps, output on/off for reproducible start/stop sequences |
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.