CANScope Bus Analyzer Series

By applying the powerful analysis software of CANScope bus analyzer and the guidance of "Ten Steps to Troubleshoot CAN Bus Faults" in "CAN Bus Troubleshooting and Solution (Expert Edition)", users can easily and accurately troubleshoot and prevent CAN bus problems above 95%, and at the same time, users can obtain the attentive guidance and door-to-door service of ZYYAN's CAN bus experts to solve all CAN bus problems. Meanwhile, users can obtain the attentive guidance and on-site service from the CAN bus experts of Zhiyuan Electronics to solve all CAN bus problems.

CAN-bus Troubleshooting and Resolution Tools

At present, it has successfully eliminated all kinds of faults for high-speed railroad, subway, medical treatment, engineering machinery, automotive electronics, building security, elevator control, coal mine safety and other occasions.

Powerful analysis software

Waveforms can be analyzed by eye diagram analysis, FFT analysis, signal quality analysis, etc.

Oscilloscope Interface

CANScope integrates a 100MHZ real-time oscilloscope, which automatically matches the baud rate after powering on. Measure CANH, CANL, and CAN Differential separately. You can get the bit width, amplitude, overshoot, common mode voltage and other general information. In addition, it can perform real-time Fourier Transform (FFT) on waveforms to separate signals of different frequencies, thus realizing the purpose of discovering interference sources.

Fully automated CAN reliability evaluation software

Based on the requirements of automotive electronics, rail transportation, marine electronics and other industries, it integrates signal test, fault location, stress reliability test, and one-stop solution for all CAN problems.

Comprehensive signal quality analysis software

It is the node signal quality test software we made for SGM, and it can also analyze the waveform issued by each CAN node of the welding robot, and automatically "score" its minimum voltage amplitude, maximum voltage amplitude, signal amplitude, waveform rising edge time, waveform falling edge time, signal time, and then visualize the signal quality of each CAN frame ID through the bar graph. Convenient for factory and daily maintenance.

Field Troubleshooting (I)
Optimization of CAN communication quality for Chengdu Metro Line 2

Field troubleshooting (IV)
Troubleshooting of charging piles in a power grid company

Field troubleshooting (VI)
CAN communication "checkup" for a heavy truck