Breakthroughs and Practical Applications of ITECH Power Solutions in the AI Robotics Field
In the era of rapid advancements in Artificial Intelligence (AI) and robotics, high-precision and high-reliability power testing and supply systems have become essential to ensure the stable operation of intelligent devices. As a global leader in power testing solutions, ITECH’s DC power supplies demonstrate outstanding technical advantages in the R&D, testing, and manufacturing of AI and robotic systems. This article explores ITECH’s technological contributions from three dimensions: technical features, application scenarios, and industry value.
1. Technical Features: The Fusion of High Precision and High Speed
ITECH DC power supplies—such as the IT6400 bipolar power supply and IT6100 high-speed, high-precision power supply series—are recognized as benchmark tools for testing AI chips and robotic core components, thanks to their nanoamp-level measurement precision and ultra-fast dynamic response.
Their core strengths are reflected in the following aspects:
1.
Static Current Testing:
By accurately measuring the IC chip’s current under no-load conditions (e.g.,
VDD pin quiescent current), ITECH instruments ensure the stability of sensor
circuits and logic control modules in low-power operating states. For example,
the IT6400 series, with its bipolar design, functions both as a power
source and as a high-precision measurement device for extremely small
currents—overcoming the accuracy limitations of conventional testing
instruments.
2.
Dynamic Drive Testing:
In robotic drive circuit testing, the IT6100 series supports high-speed
current regulation to simulate load variations under complex operating
conditions. For instance, it can emulate changes in output voltage levels using
adjustable resistance, enabling verification of IC chip response in dynamic
environments. This ensures the reliability and stability of robotic motion
control systems during real-world operation.
3.
Multi-Channel Integration:
To meet the collaborative testing requirements of multi-module robotic systems,
ITECH power supplies support multi-channel parallel testing,
significantly improving testing efficiency and ensuring consistency in
large-scale production environments.
The IT2700 Series Multi-channel Modular Power System delivers exceptionally high power density. A 1U mainframe can accommodate up to eight 200W modules or four 500W modules. These modules can function as bidirectional DC power supplies, unidirectional DC power supplies, or regenerative DC electronic loads, and can be freely mixed within the same system. This flexibility makes the IT2700 ideal for DC-DC module testing, power device characterization, communication power modules, and 3C products such as smartphones, PCBAs, battery simulation and testing, optoelectronic chips, and power management ICs. It provides robust ATE (Automated Test Equipment) integration capabilities across R&D, design verification, and manufacturing stages.
