Reliability Laboratory

Reliability testing refers to a quality test of software or hardware to detect whether the product has unreliable factors.

Reliability testing is an activity carried out to ensure that a product maintains functional reliability over a specified lifetime in all environments of intended use, transportation, or storage. It is to expose the product to natural or artificial environmental conditions to undergo its action to evaluate the performance of the product under the environmental conditions of actual use, transportation and storage, and to analyze and study the degree of influence of environmental factors and its mechanism of action. By using various environmental test equipment to simulate the conditions of high temperature, low temperature, high temperature and high humidity, and temperature changes in the climate environment, the conditions of the product in the use environment are accelerated to verify whether it reaches the expected quality in research and development, design and manufacturing. target, so as to evaluate the product as a whole to determine the product reliability life. Reliability testing can be divided into two major parts: mechanical and environmental.

Introduction

Introduction to testing capabilities

In addition to security risks

Assist customers to eliminate safety hazards in the product design stage, such as circuit clearance, creepage distance, safety isolation, etc., evaluate structural design, and avoid the loss of mold modification
Provide an audit report

Conduct electrical testing, structural evaluation, and provide audit reports at the beginning of product certification
Assistance with certification

Assisting customers to communicate with certification bodies and customers to perform the application of document operations can save application time and reduce customers' troubles in the certification application process

Equipment

Equipment introduction

The laboratory has purchased foreign professional measuring equipment, including: ESR7 (R&S), Schwarzbeck (VULB9168, 9120D), Noiseken (ESS-2002) and other high-precision test equipment, according to domestic and foreign electromagnetic compatibility standards, the construction of 966 semi-electric anechoic chamber and all-electric anechoic chamber, to ensure the accuracy and reliability of the test.