News / Tronics Microsystems /

Article: New Technology Developments in Microelectronics

tronics microsystems logo.webp

High-Precision Digital MEMS Accelerometers Gyros for Demanding Unmanned Systems Operating In Harsh Environments

Article: New Technology Developments in Microelectronics

San Francisco Circuits (SFC), a provider of PCB (printed circuit board) fabrication, assembly and test services for unmanned systems and

San Francisco Circuits (SFC), a provider of PCB (printed circuit board) fabrication, assembly and test services for unmanned systems and robotic platforms, has released an article detailing new technology advances in microelectronics. As PCB packages keep getting smaller, and new electronic designs demand denser circuit boards, precision in microelectronics becomes even more important. Proper use of microelectronics best-practices in PCB production, including design, layout, fabrication and PCB assembly, ensures that devices will function well even with reduced form factors.

Read the full article on San Francisco Circuits’ website

The article covers:

  • Facets of traditional designs such as plated through-hole (PTH) components and surface mount technology (SMT)
  • Ball grid array (BGA) packages and microvias
  • Connectors in through-hole technologies, such as USB-C
  • High density interconnects (HDI) and design considerations for achieving thin linewidths
  • Typical implementations of microvias in eight-layer PCBs

To find out more about modern microelectronics and future-proofing PCB designs to keep up with changing trends in PCB size and density, read the full article on SFC’s website here.

tronics feature.webp
High-Precision Digital MEMS Accelerometers Gyros for Demanding Unmanned Systems Operating In Harsh Environments

98 Rue du Pré de l’Horme, 38926 Crolles Cedex, FRANCE

Send Message

Supplier's Products

±14 g, 24-bit digital closed-loop MEMS accelerometer with extended temperature range
High-resolution ±1g MEMS accelerometer with digital interface for high-vibration environments
High-stability ± 300 °/s MEMS gyroscope with digital interface
High-performance ±5 g MEMS accelerometer with digital interface for robotics navigation
±14 g, 24-bit digital closed-loop MEMS accelerometer for high-temperature applications
±14 g range, 24-bit digital closed-loop MEMS accelerometer with digital interface

More News from Tronics Microsystems