Plasma display panels - Environmental testing methods. Climatic and mechanical

Plasma display panels - Environmental testing methods. Climatic and mechanical

Regular price
£232.00
Sale price
£232.00
Regular price
£116.00
Sold out
Unit price
per 

What is BS IEC 61988-4-1 - Plasma display panels about?  

BS IEC 61988-4-1 is the fourth part of an international standard used for plasma display panels that specify the test methods and test procedures for these display panels. By using BS IEC 61988-4-1 you can ensure the sustainability of these panels that results in manufacturing good quality plasma display panels.   

BS IEC 61988-4-1 defines the following test methods for evaluating the climatic and mechanical endurance characteristics of plasma display modules (PDP modules): 

  • Temperature and humidity tests 
  • Air pressure tests 
  • Mechanical tests 

Who is BS IEC 61988-4-1 - Plasma display panels for? 

BS IEC 61988-4-1 on Plasma display panels is useful for: 

  • Manufacturers of electronic devices 
  • Manufacturers of display devices  
  • Electronic engineers  

Why should you use BS IEC 61988-4-1 - Plasma display panels 

A plasma display panel is a type of flat panel display that uses plasma. This plasma is an electrically charged ionized gas used to illuminate each pixel to produce a display output. 

BS IEC 61988-4-1 specifies the test methods and test procedures for plasma display panels. These test methods are as follows: 

  • The environment test method is useful in measuring the parameters of these display panels.  
  • With the help of temperature and humidity testing methods, you can evaluate the performance of plasma display panels (PDP).  
  • This air pressure testing method helps in evaluating the influence of air pressure on the assumption that the plasma display panels (PDP) module is used and stored at high altitudes.  
  • Mechanical testing method is useful in evaluating the mechanical endurance in vibration environment and aftershock mechanisms.  

By adopting BS IEC 61988-4-1 you can ensure the reliability and sustainability of these plasma display panels in different climatic conditions. This helps in manufacturing better quality plasma display devices.