Stackpole Electronics has expanded its CSRT family with the introduction of the high-power CSRT2512-UP current-sense chip resistor for applications that require high sensing precision and high power where the temperature coefficient of resistance (TCR) is more important than low resistance values.
This post shows the basis to understand the Low Voltage Differential Signaling (LVDS) technology, including the benefits over other technologies, as well as different kind of devices and configurations available.
Design teams are now eyeing supercapacitors for a range of new products in energy harvesting, office automation, backup systems, and more. These supercapacitor cells provide efficient storage that can quickly discharge energy on demand. To ensure peak performance and a long product life cycle, the supercapacitor’s voltage must be balanced. If an imbalance occurs due to leakage current differences between the cells, an energy drain could be triggered, causing the supercapacitor cells to fail prematurely.
Film capacitors, a prime application of Torayfan, are commonly used in electric circuits of consumer electronics, IT equipment and inverter circuits for the power control units of electric vehicle motors.
DC-Link capacitors can improve system energy density and resolve the physical challenges of ripples introduced by rapid switching that is inherent to switching power conversions.
One of the most enduring trends in the electronics industry is miniaturization. Advances in semiconductor technology, such as the implementation of wide-bandgap (WBG) MOSFET and diode devices, emphasize reducing the size of electronic components while significantly improving performance
Supercapacitors are unique because they can work in conjunction with or as an alternative to batteries in applications needing many rapid charge/discharge cycles and are popular in applications such as short-term energy storage, regenerative braking, and static RAM memory backup.
Angular sensors (AS) are position devices that provide the displacement in angular degrees with respect to a fixed point or an arbitrary reference making them absolute or relative sensors. Combining position with time measurements, speed and acceleration can be calculated.
Tantalum and Niobium capacitors belong to electrolytic capacitor types, and they are known for their high capacitance in small dimensions (high energy and power density), reliability and stability of its parameters.
Traditionally, tantalums’ advantages over aluminum electrolytic capacitors have been found in terms of capacitance per volume, parameter stability over temperature, and longevity; tantalums