Electronics Environmental Testing

PCB Testing

Controlling vibrations during printed circuit board (PCB) testing to ensure reliability and functionality of electronic components.

Electromechanical Devices

Testing and optimizing vibrations in electromechanical devices such as hard drives and optical disc drives to improve performance and reduce noise.

Automated Assembly

Using vibration controllers to simulate and optimize assembly line conditions, ensuring electronic components are not adversely affected by assembly-related vibrations.

Component Testing

Testing vibrations on electronic components like capacitors, resistors, and ICs to ensure they meet durability and performance standards.

Environmental Testing

Subjecting electronic devices to controlled vibrations to simulate real-world transportation and operational conditions, ensuring robustness and reliability.

Quality Control

Analyzing signals to ensure electronic components and devices meet specified performance criteria and quality standards.

Failure Analysis

Using signal analyzers to diagnose and analyze vibrations and signals from malfunctioning electronic devices to determine the root cause of failures.

Power Analysis

Analyzing signals to monitor and optimize power consumption and efficiency in electronic devices and systems.