Functional Test

Continuity Testing: We meticulously verify the integrity of electrical connections on your PCB by examining conductivity between various points. This ensures seamless flow of current throughout the board, eliminating any potential disruptions.

Voltage Testing: Our voltage testing ensures that voltage levels across different components and traces adhere to specified requirements without surpassing tolerances. This critical step safeguards against overloading and ensures stable performance.

Functional Simulation: We simulate real-world operating conditions to evaluate how your PCB performs under different scenarios. This allows us to identify any potential issues and fine-tune performance for optimal functionality.

Signal Integrity Testing: Our experts analyze the integrity of signals transmitted across your PCB, detecting any distortions or signal loss. This ensures reliable signal transmission and prevents data corruption.

Power Consumption Testing: We measure the power consumption of your PCB to optimize energy efficiency and identify any potential issues that may affect performance or longevity.

Environmental Testing: Subjecting your PCB to extreme conditions such as temperature and humidity allows us to assess its resilience and reliability in harsh environments. This ensures that your PCB can withstand demanding operational conditions without compromising performance.

Objective-Driven Testing: Our functional testing process is meticulously tailored to your PCB’s specific functionalities. We create test scenarios that mirror real-world operating conditions, ensuring flawless performance in its intended application.

Customized Test Setup: Depending on your PCB’s complexity, our engineers establish a dedicated testing environment. This may involve connecting your PCB to specialized equipment, simulators, or other devices to replicate actual usage scenarios effectively.

Data Collection and Analysis: During testing, we gather data on how your PCB responds to various inputs and conditions. This data is then analyzed to validate that the PCB’s behavior aligns precisely with the expected outcomes.

Comparing Results: We rigorously compare the actual test results against anticipated outcomes based on design specifications. Any discrepancies are carefully scrutinized to determine the root cause and ensure thorough evaluation.

Fault Isolation and Debugging: In the event of a test failure, our experts swiftly isolate the fault and systematically diagnose the issue. This may involve targeted testing of specific components, traces, or functionalities to pinpoint the exact cause of the problem.

Precision Repair and Rework: Based on the identified fault, our skilled technicians undertake precise repair or rework activities. This may include component replacement, trace repair, or design adjustments to rectify the issue effectively.

Thorough Re-Testing: After any necessary repairs or adjustments, your PCB undergoes another round of functional testing to ensure that all identified issues have been effectively addressed. This step guarantees that your PCB meets the required performance criteria.

Final Verification and Documentation: Once the functional test is successful, your PCB is deemed ready for subsequent stages of production. Detailed records of the test results are meticulously maintained for future reference, troubleshooting, and quality control purposes.