Top 10 mipi.org Competitors

valens.com

These Terms and Conditions of Online Purchase (the “Terms”) are between you, the user of the Website and purchaser of the Valens Products (“you” or “Buyer”), and Valens Semiconductor Inc. (for purchases made anywhere in the Americas) or Valens Semiconductor Ltd. (for purchases made in all other territories) (collectively and together with their subsidiaries and affiliates “Valens”) and govern […]

mixel.com

Log in to Mixel, Inc. Website to quickly obtain basic information about our IP cores.

arasan.com

xSPI/PSRAM master IP is easy to use, simple to work with, quick to operate, and reliable under all conditions

technexion.com

GMSL2 cameras have been seeing an increase in adoption recently. Explore the emerging technologies that are accelerating this shift and the role they play in it.

thine.co.jp

ザインエレクトロニクスの製品FAQに関するページです。

ohmite.com

since its founding in 1925, ohmite has remained a leading provider of resistive products for high current and high voltage, applications for 100 years! call now!

pro.shokz.com

Shokz B2B offers professional bone conduction headsets for business communication, helping enterprises enhance team collaboration, safety, and productivity in mobile, frontline, and hybrid work environments.

vieworks.com

Introducing Vieworks' X-ray imaging business.

lunainc.com

The trend towards lightweighting and increased usage of composite materials presents new challenges in material bonding and joining technologies. Traditional joining methods, such as riveting and screwing, introduce damage to the composite structure and generally are not preferred. Therefore, joining methods such as bonding with adhesives and welding that doesn’t damage the laminate are being refined and becoming popular.  Thermoplastic Welding Control An important innovation is the use of induction welding to join composite materials based on a thermoplastic polymer. With this process, an induction coil creates eddy currents which heats the polymer to the point of melting. The two parts are then pressed together, forming a strong and cohesive bond.  HD-FOS temperature sensors can be directly embedded within the welded joint to obtain in-situ temperature measurements along the length of the joint throughout the entire welding process Temperature control is a major challenge when employing thermoplastic welding. A common practice to control and move the induction coil at a constant fixed travel rate, which can lead to variations in the material temperature and inconsistent bonding. However, HD-FOS temperature sensors can be directly embedded within the welded joint to obtain in-situ temperature measurements along the length of the joint throughout the entire welding process, resulting in better welds, reduced waste and reduced development time. In-Situ Bond Measurements Because high-definition fiber optic sensing (HD-FOS) uses very low profile fiber (155 μm), HD-FOS sensors can be embedded in the bond or weld line without affecting the strength or reliability of the bond. Embedded HD-FOS strain sensors can provide in-situ strain measurements which can be used to indicate the quality and durability of the bond, and even indicate any areas of debonding.