Product Watch

Brakes are some of the most crucial safety components in automobiles. Used to slow a vehicle’s momentum before parking and avoid collisions and accidents, braking systems have undergone rapid development throughout the years. Automobile brakes have evolved from the mechanical drum brakes of the early 19th century to hydraulic brakes, disc brakes, and recently, electronic braking sy...

The MEGA® 120V HP Fuse is ideal for battery and alternator protection application and other heavy gauge cables requiring ultrahigh current protection. The MIDI® 70V HP Fuse is an ideal solution for any high current application like fans, heaters and high inrush peak loads.

The ruggedized CAN-FLEC PDM provides superior sealing while maximizing the available space, reducing the number of additional units required.

When designing a product portfolio with a wide range of voltage and power requirements, the A89500 from Allegro MicroSystems is a simple and robust driver solution.

Nexperia, the expert in essential semiconductors, today introduced an AEC-Q101 qualified portfolio with six ESD protection devices (PESD2CANFD36XX-Q)de signed to protect bus lines in automotive in-vehicle networks (IVN) such as LIN, CAN, CAN-FD, FlexRay and SENT from damage caused by electrostatic discharge (ESD) and other transients.

Introduction Cost, design time, and unexpected results: These are three of the most significant challenges that weigh on the minds of project managers who are involved with the design of power modules. Whether for use in electric vehicle charging stations, clean energy, variable speed drives, IT equipment power supplies, or any of the hundreds of other applications, modern...

USB Type-C® has extended the options for the USB interface significantly. This versatility comes with an increase of complexity, especially three main challenges - signal integrity, system-level ESD robustness and footprint.

Short explanation video (2:48min) that shows why ESD protection for data lines with several Gbps should be chosen by S-parameters rather than device capacitance.