Connecting Minds by Qiantang River, Pursuing Precision in Micro-Detection | Tronovo Instruments Debuts at Hangzhou Humanoid Robot Drive Innovation & AI Computing Power Energy Revolution Conference_News & Events_About

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The Hangzhou Humanoid Robot Drive Innovation & AI Computing Power Energy Revolution Conference has concluded successfully. The event brought together full-industry chain participants including humanoid robot OEMs, joint drive manufacturers, AI computing chips, energy storage power supply enterprises and research institutions. Centered on four core themes—embodied intelligence mass production, servo drive iteration, computing power power supply innovation and power device testing—attendees jointly explored high-end industrial implementation paths. Tronovo Instruments made a prominent exhibition appearance with its full matrix of oscilloscope measurement probes. Featuring four professional probe series: differential, current, high-voltage and standard passive probes, the brand delivers complete precision measurement solutions for the R&D and testing of humanoid robot servo electronic control systems, AI computing servers and energy storage power supplies.

The humanoid robot and AI computing industries are undergoing rapid expansion. Servo drives, SiC power modules, high-density computing motherboards and energy storage BMS circuits generate abundant high-frequency, high-voltage, floating-ground differential and transient high-current signals. Conventional generic probes suffer from poor common-mode rejection, insufficient voltage resistance and inability to measure current without circuit disconnection, which frequently lead to waveform distortion and short-circuit damage to equipment. These drawbacks have become major pain points in motor FOC tuning, switching power supply ripple testing and power device loss analysis. Specialized measurement probes tailored for high-voltage floating-ground environments, compact wiring layouts and high-frequency transient operating conditions are essential tools to guarantee product performance calibration and mass production reliability verification.

At the exhibition, Tronovo showcased its four flagship probe product lines available on the official website, which precisely cater to all testing scenarios for humanoid robots and computing energy equipment, drawing crowds of electronic control and power hardware engineers for in-depth technical exchanges.

AC/DC current probes feature openable clamps that capture transient currents ranging from DC to 100 MHz without cutting wires. The slim clamp design fits densely wired robot drive boards, enabling accurate testing of joint motor FOC current, multi-channel output ripple of computing servers and battery charge-discharge pulses. Built-in demagnetization and zero-point calibration functions ensure consistent measurement repeatability.

High-voltage differential probes boast a 100 MHz bandwidth and 1500 V differential withstand voltage, supporting safe floating-ground measurement. Their high common-mode rejection ratio filters intense electromagnetic interference from motor drives, making them ideal for detecting three-phase servo voltages of humanoid robots, SiC gate waveforms of inverters and floating-ground signals on energy storage busbars. Integrated bandwidth limiting and audio-visual overload alarms prevent damage to oscilloscopes and power components.

High-voltage insulated probes deliver superior voltage resistance and insulation protection, suitable for ground withstand voltage testing of high-voltage energy storage modules and high-power servo busbars. Extended insulating sleeves secure operators during high-voltage tests, and the probes are used to verify breakdown voltage of IGBTs and power transistors as well as overall equipment safety compliance.

Standard passive oscilloscope probes come with a range of micro probes, hook tips and spring accessories. Their compact heads access tiny PCB pins and dexterous hand sensor signal interfaces to conduct basic debugging of general digital signals, low-voltage power ripples and sensor analog quantities, meeting fast quality inspection demands on production lines.

For humanoid robot manufacturers, Tronovo’s probe combinations enable one-stop full-process calibration of RV servo drive PWM waveforms, dynamic joint motor current and power loss on electronic control boards. For AI computing and energy storage suppliers, paired differential and current probes accurately analyze switching losses and dynamic load fluctuations in server LLC power supplies and bidirectional energy storage converters. All probes adopt universal BNC interfaces compatible with mainstream oscilloscopes on the market, and can be integrated into automated production lines for batch performance testing with stable, traceable data.

On-site technical specialists provided one-on-one customized testing schemes combining differential, current and high-voltage probes according to clients’ distinct scenarios including electronic control R&D, production line quality inspection and power device validation. These solutions resolve widespread industry challenges such as inaccurate floating-ground measurements, inaccessible narrow spaces and distorted high-frequency waveforms. Multiple robot OEMs and power supply enterprises reached preliminary cooperation intentions for sample testing and bulk procurement at the show.

The conference clearly demonstrated that precision power electronics testing is a core link to break through mass production bottlenecks for humanoid robot and AI computing industries. As the core medium of measurement chains, professional probes directly determine the authenticity of R&D data and product reliability. Tronovo has long focused on the R&D of measurement probes, continuously upgrading products for servo drives, wide-bandgap semiconductors and energy storage power supplies.

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Moving forward, Tronovo will further expand its full matrix of differential, current, high-voltage and standard probes. The brand will develop dedicated testing solutions for humanoid robot drives and AI computing energy sectors, empowering the high-quality large-scale development of domestic intelligent equipment and computing hardware with high-precision, safe and highly compatible measurement probes.

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