Search results for "regulator"

On the same day Tesla officially launched its self-driving robotaxis service in Austin, Texas, safety regulators contacted the company to notify it of erratic behaviour.

Rutronik is introducing the R-78K-0.5 series from RECOM, switching regulator modules that combine all the advantages of a switching regulator, such as high efficiency, a wide input range and precise output voltage regulation.

Nisshinbo Micro Devices is pleased to announce the launch of the NC4650, an innovative boost switching regulator specifically designed for IoT Edge devices, wearable technology, and compact battery-powered systems.

Nisshinbo Micro Devices announces the release of the NR1644, a low-noise, high-ripple rejection, and low-dropout (LDO) voltage regulator. Designed to deliver superior power regulation with industry-leading efficiency and precision, a key solution for applications requiring stable, low-noise power supply.

Alpha and Omega Semiconductor announced its new application-specific EZBuckregulator. The highly integrated, compact, and high-power-density AOZ23567QI Constant On-Time Buck Converter offers an upgraded solution that is designed to support VCCPRIM_VNNAON rails in the Intel Arrow Lake platform.

Nisshinbo Micro Devices has announced the launch of the NR1700 series, a Low Dropout (LDO) Regulator designed to meet the demanding needs of modern electronics.

Nisshinbo Micro Devices, an innovator in electronic components, announces the launch of the MUSES100 series, a low-noise, low-dropout (LDO) voltage regulator designed specifically for high-quality audio applications.

Rutronik introduces the new 4thGen N-ChannelSiC power MOSFETsfrom ROHM. The power switching devices offer low switch-on resistance with improved short-circuit resistance, minimise switching losses by drastically reducing the gate-drain capacitance, and support the 15V gate-source voltage for even more energy savings and design freedom.

Traco Power’s TSR 1E, TSR 2N, and TSR 3N are step-down switching regulator series designed as efficient, drop-in replacements for traditional linear regulators, such as 78xx and TO-220 package types.

Modern electronic systems require precise and reliable power delivery, yet designing effective power distribution networks (PDNs) presents significant challenges. Issues such as noise, instability, and inappropriate capacitor selection can compromise performance and lead to device failures. How can engineers address these challenges?