Solution
One-stop coverage of automotive electronics power-supply conditions, transient disturbances, ESD immunity, RF conducted immunity, and wire-harness micro-interruption testing, reducing the need for multiple equipment procurement batches.
The high-precision programmable power supply HPS-XXXX series is mainly used in electrical performance testing of automotive electronic equipment and electrical load testing of electronic and electrical components, battery charge and discharge and ripple heating testing, capacitor material testing, electroplating processing and other fields. It has a four-quadrant operating mode, can both provide power and absorb power, and can drive inductive loads and capacitive loads. It has the advantages of output accuracy and low drift at high temperatures, with a minimum programmable time of 3μs in steps of 1μs, which can easily achieve fast programming output, and the output bandwidth ranges from DC to 500kHz. It also supports arbitrary waveforms and can be combined with common waveforms for output. The integrated external voltage detection function can be used as a closed-loop Vpp output to meet the ripple superposition test requirements of ISO16750-2-2023. With the corresponding current and boost transformers, it can
The TPI-7637 series of transient pulse interference simulators integrate the pulse interference modules P1, P2a, P3a, P3b, P5a, P5b and the required coupling network into one device. TPI-7637 series simulators can meet international standards and the standard requirements of many global automobile manufacturers, and various waveform simulation generators can be customized by users. Depending on the model, the built-in coupling network can reach a maximum current of 50A. It has higher pulse voltage and frequency, and can freely set the rise and fall. It is used to find sensitive points of the product under test, far exceeding the requirements of the standard. The input of the built-in coupling network is connected to the output of the programmable power supply series products and can be used as a unified input port for the test object. Different simulators can be connected to a remote PC via Ethernet to form a complete test system. According to standards: ISO16750-2, ISO7637-2/-3, GB/T21437-2/-3, etc.
Static electricity between the human body and an object or between two objects can sometimes produce a voltage of tens of thousands of volts, which may cause circuit malfunction or even damage to electrical and electronic equipment. Automotive electrostatic discharge simulator ESD-30A is an advanced intelligent electrostatic discharge generator with a maximum output voltage of 30kV. It is also an independently developed and produced electrostatic discharge simulator that integrates discharge gun head and touch screen control. It is implemented in accordance with the standards of ISO 10605, GB/T 19951, GB/T17626.2, and IEC61000-4-2. The LCD touch screen is simple and easy to operate, and the RC module is replaceable, ensuring reliability in various testing situations. According to standards: ISO 10605, GB/T 19951, GB/T17626.2, IEC61000-4-2, etc.
The large current injection test system BCI-1204 adopts an integrated design with built-in signal synthesizer, three-channel power meter, RF power amplifier, dual directional coupler, etc. It can output CW, AM, PM and other modulated or unmodulated RF signals from 9kHz to 400MHz. The wide input range power meter can detect power signals from -85DBm to 10DBm without interruption. Selectable average mode or pulse mode to handle detecting amplitude modulated or pulse modulated signals. Each part can work independently, and an external power amplifier can be used. The truly one-piece design makes calibration faster, and all frequency points can be calibrated in just tens of seconds. According to standards: ISO11452-4, GB/T33014.4, GB/T17619, SAE J1113-4, etc.
The wire harness micro-interruption simulator LMI-216 is based on ISO16750-2 (2023), which can meet the E-10 and E-13 provisions of the VW80000 and LV124 standards. The waveform rise and fall time is 200ns, and meets the test requirements of GMW3172 9.2.18 and 9.2.19. Supports Volkswagen and Audi's latest voltage change rate testing requirements. Supports square wave duty cycle test, and the square wave duty cycle can be set arbitrarily. The power cord supports positive and negative interruptions. The signal line supports single-channel and multiple-channel simultaneous testing, with a maximum of 16 channels, and the channels can be switched. According to standards: ISO16750-2(2023), VW80000, LV124, GMW3172, etc.
Builds an automotive electronic component laboratory in one step, covering multiple critical tests.
Covers power-supply condition simulation, transient disturbances, ESD immunity, RF conducted immunity, and line-interruption tests.
Meets automaker laboratory audit qualification requirements in one step.
Reduces multiple equipment procurement batches and improves laboratory construction efficiency.
