Specifications: 1.Overlay Materials: The most commonly used materials are polyester(PET) and polycarbonate(PC). 2. Rear Adhesive: 3M 467MP, 3M 468MP, etc. 3. Matching color: Pantone and RAL color matching system. 4 .Gloss, semi-gloss or matte 5
Specifications: 1.Overlay Materials: The most commonly used materials are polyester(PET) and polycarbonate(PC). 2. Rear Adhesive: 3M 467MP, 3M 468MP, etc. 3. Matching color: Pantone and RAL color matching system. 4 .Gloss, semi-gloss or matte 5
Technical Library | 2016-09-15 17:10:40.0
This paper describes the purpose, methodology, and results to date of thermal endurance testing performed at the company. The intent of this thermal aging testing is to establish long term reliability data for printed wiring board (PWB) materials for use in applications that require 20+ years (100,000+ hours) of operational life under different thermal conditions. Underwriters Laboratory (UL) testing only addresses unclad laminate (resin and glass) and not a fabricated PWB that undergoes many processing steps, includes copper and plated through holes, and has a complex mechanical structure. UL testing is based on a 5000 hour expected operation life of the electronic product. Therefore, there is a need to determine the dielectric breakdown / degradation of the composite printed circuit board material and mechanical structure over time and temperature for mission critical applications.
Used SMT Equipment | In-Circuit Testers
Anritsu S361E To keep up in today s rapidly evolving wireless communications market, you need tools that enable you to efficiently maintain legacy networks in addition to the new 3G and 4G networks now being installed. And with rate of market exp
Used SMT Equipment | In-Circuit Testers
Anritsu S361E Base Frequency: 20 MHz Max Frequency: 6 GHz To keep up in today s rapidly evolving wireless communications market, you need tools that enable you to efficiently maintain legacy networks in addition to the new 3G and 4G networks now
Used SMT Equipment | In-Circuit Testers
Anritsu S361E Base Frequency: 20 MHz Max Frequency: 6 GHz To keep up in today s rapidly evolving wireless communications market, you need tools that enable you to efficiently maintain legacy networks in addition to the new 3G and 4G networks now
Used SMT Equipment | In-Circuit Testers
Anritsu S361E Base Frequency: 20 MHz Max Frequency: 6 GHz To keep up in today s rapidly evolving wireless communications market, you need tools that enable you to efficiently maintain legacy networks in addition to the new 3G and 4G networks now
Industry Directory | Association / Non-Profit / Consultant / Service Provider
Home appliances are considered as household machines that help in performing household work like cleaning, cooking, mixing, and food storage.
MEV is a custom software development company that helps clients build amazing software products. It doesn't matter if you're a pre-seed startup or well-established enterprise - MEV works with you to let you get to your goals using
Technical Library | 2021-07-27 14:54:26.0
Fast forward to current time. Today, our society embraces cleanliness. We expect, demand, and evaluate cleanliness in almost every aspect of our lives. We wash our cars and pets. We maintain high cleanliness standards in our hotels and public spaces. We require cleanliness in our restaurants and hospitals. We sanitize our hands throughout the day to prevent illness. We live in a clean-centric culture. While we drive clean cars, stay in clean hotels and eat clean food, there is one part of our life where we actually abandoned cleanliness. Many of the circuit assemblies that affect almost every aspect of our daily lives are no longer required to be clean. Even though our life experience confirms the link between cleanliness and reliability, happiness, health, and safety, circuit assemblies no longer maintain that "cleanliness is next to Godliness" status. This was not always the case. There was a time when virtually all circuit assemblies were cleaned. The removal of flux and other process-related contamination was commonplace. Cleaning was as normal as soldering. As we bring history into current time, one may relate the fall of Rome and its adoption of personal hygiene and the subsequent decline in human health to the large-scale abandonment of cleanliness expectations of circuit assemblies and the subsequent reliability issues it has created. How did this happen? Has history repeated itself?
