Resources

Notably, Qorvo makes a fiber to the premises (FTTP) radiofrequency (RF) amplifier, the TAT6254C, that can facilitate the deployment of ultra-high-speed home internet.

Vishay has been developing the IHLP series of power inductors since 2001. As such, the line now encompasses a wide range of components suitable for a host of different functions.

Littelfuse has developed a line of transient-voltage-suppression (TVS) diodes, the AQ series, that are suitable for use in next-generation automotive systems.

KEMET Electronics Corporation has developed a host of 5G components that will enable OEMs to build the next-generation consumer electronics, industrial equipment, and automobiles.

STMicroelectronics has been leading the way in driving forth industrial revolution innovations. In particular, the firm’s high-performance microcontrollers give OEMs the ability to develop compelling new Industry 4.0 devices and equipment.

The TMCM-0013-xA boards are tools to simplify measurement and visualization of 2x motor phase currents of small electric motors such as stepper motors, BLDC motors, or DC motors without the need for an expensive current probe.

Coilcraft designed its Flyback Transformers to service as an affordable but high-performance solution for power supply designers. The firm made its coupled inductors with gapped cores capable of storing input voltage energy.

Corporations operating in the automotive, medical, utility, and manufacturing industries need insulated-gate bipolar transistors (IGBTs) for their equipment and facilities.

Kemet designed its T591, T598, and T599 polymer capacitors to operate in harsh environmental conditions with a voltage range of 2.5 V to 50 V. Sinteredat 1,000° C