| Project Overview

Excitation testing is a specialized technical program designed to evaluate the reliability of electronic components or products and to stimulate potential failure modes. This project conducts testing on products by simulating specific environments or conditions such as human body electrostatics, in order to assess in advance the electrostatic resistance of products or devices under defined conditions. It also analyzes the root causes of failure modes induced by electrostatic discharge and other external factors, thereby providing an important basis for product research and development, manufacturing, and subsequent applications.

| Project Objective

1. Stimulate electrostatic damage leading to product failure.

2. Evaluate the reliability and stability of integrated circuits under human body electrostatic discharge.

3. Evaluate the reliability and stability of electronic components under human body electrostatic discharge.

| Testing Standards

The excitation testing project follows a series of international and domestic standards, including but not limited to:

ANSI/ESDA/JEDEC JS-001

MIL-STD-883E

AEC Q100-002

ESDA SP5.2

| Service Products / Fields

The excitation testing project is widely applied in various fields, including communication products, automotive products, smart wearables, and household appliances. In these fields, product reliability and stability are crucial for user experience and market competitiveness. Through excitation testing, potential failure risks of products can be identified in advance, providing essential reference for product research, development, and production, and ensuring product reliability and stability in practical applications.

| Project Advantages

1. Early Identification of Failure Risks:

By simulating specific environments or conditions to trigger failures induced by external factors, potential failure risks of products can be detected at an early stage, thereby preventing severe problems from arising during market application.

2. In-depth Analysis of Failure Modes:

Conduct an in-depth analysis of product failures caused by external factors, identify the fundamental root causes of failure, and provide a scientific basis for subsequent corrective measures, thereby enhancing product reliability and stability.

3. Reduce Market Risks:

Through excitation testing, the reliability and stability of products in real-world applications can be ensured, thereby reducing market risks and after-sales issues caused by product failures, while simultaneously improving customer satisfaction and strengthening brand image.

4. Promote Continuous Improvement:

The excitation testing project provides important feedback for product research, development, and manufacturing, helping to drive continuous improvement and innovation, thus enhancing market competitiveness and added value of products.