Brief: Curious about how the TU-768 Lead Free PCB Multilayer Printed Circuit Board performs in real-world applications? This video showcases its high thermal reliability, UV-block characteristics, and compatibility with automated optical inspection (AOI) processes. Watch as we explore its key features and typical applications in consumer electronics, servers, and automotive industries.
Related Product Features:
High Tg Lead Free process compatible for environmentally friendly manufacturing.
Excellent coefficient of thermal expansion (CTE) ensuring stability under thermal stress.
Superior chemical and thermal resistance for durability in harsh environments.
Fluorescence for AOI compatibility enhances automated inspection accuracy.
Moisture resistance protects against humidity-related damage.
UV-block characteristics improve longevity and performance.
Compatible with various surface finishes including HASL, ENIG, and OSP.
Faqs:
What are the main applications of the TU-768 Lead Free PCB?
The TU-768 PCB is widely used in consumer electronics, servers, workstations, and automotive applications due to its high thermal reliability and durability.
How does the TU-768 PCB perform under thermal stress?
The TU-768 PCB exhibits excellent thermal stability with a Tg (DMA) of 190°C and can withstand solder float tests at 288°C for over 60 seconds, making it ideal for high-temperature environments.
What surface finishes are available for the TU-768 PCB?
The TU-768 PCB supports various surface finishes including bare copper, HASL, ENIG, OSP, immersion tin, and immersion silver, catering to diverse manufacturing requirements.