Panasonic Industry Europe introduces the new TPS series, a surface mount Conductive Polymer Tantalum Solid capacitor series. The POSCAP TPS series capacitors feature sintered tantalum as an anode and highly conductive polymer as the cathode. TPS series also has a compact design of only 3.5×2.8.x1.1mm and a high-temperature rating of 105°C for up to 2.000 […]
PANASONIC INTRODUCES POLYMER TANTALUM SOLID CAPACITORS Continue Reading
KEMET released the Tantalum Stack Polymer (TSP) O 7360-43 and the 82uF/75V rated voltage extension in Polymer Hermetically Sealed. The TSP series was designed to allow for the highest capacitance/voltage (CV) ratings in surface mount device (SMD) capacitors. The company’s KO-CAP® High Reliability Series T540, T541 and T543 are all available for stack configuration in the TSP
KEMET RELEASES NEW TANTALUM POLYMER CAPACITORS Continue Reading
For electronics, your knowledge probably follows a bit of a bell curve over time. When you start out, you know nothing. But you eventually learn a lot. Then you learn enough to be comfortable, and most of us don’t learn as much about new things unless we just happen to need it. Take SMD components.
AN SMD CAPACITOR GUIDE Continue Reading
New Yorker Electronics has announced the release of a new ultra-thin polymer electrolytic capacitor that represents a totally new capacitor form factor. The Cornell Dubilier Electronics’ new PPC Series, designed specifically for applications requiring high ripple current and the thinnest profile possibilities, opens up entirely new product design options. In addition to being just 1
Hi makers! This is my first instructables and I want to address some important things firts: I made this project with the idea of using the lest amount of tools so that everyone could do it! Even I don’t have lot’s of tools, only the strict necessary I’m not an electrical engineer or a coder,
Romantic Led Heart SMD Continue Reading
ONiO, a Norwegian healthcare-focused Internet of Things (IoT) expert has unveiled ONiO.zero, an ultra-low-power RISC-V-based microcontroller capable of operating solely from harvested energy — without needing a battery, capacitor, or any other means of energy storage. The company says “ONiO.zero is an ultra-low-power wireless MCU that uses energy harvesting technology.” This indicates that the ONiO.zero solely functions on energy harnessed from its surroundings. With
ONIO.ZERO RISC-V MICROCONTROLLER FUNCTIONS ON HARVESTED ENERGY Continue Reading
MATRIX Industries’ nanopower energy harvesting boost converter with microwatt cold-start, input impedance matching, and regulated output MATRIX Industries’ Mercury is a family of highly integrated DC/DC boost converters that are ideal for harvesting and managing surplus energy from extremely low input voltage sources such as TEGs (thermoelectric generators) and thermopiles. The patented transformer reuse topology
MERCURY DC/DC BOOST CONVERTERS HARVEST ENERGY FROM TEGS Continue Reading
TLS715B0NA V50 – OPTIREG™ Linear Voltage Regulator is a low dropout linear voltage regulator for load current up to 150 mA. An input voltage of up to 40 V is regulated to VQ,nom = 5 V with ±2 % precision. The TLS715B0, with a typical quiescent current of 36 μA, is the ideal solution for systems
INFINEON’S TLS715B0NA LDO REGULATOR USES “FLIP-CHIP” TECHNOLOGY TO DIFFUSE HEAT Continue Reading
The REF_XDPS21071_45W1 from Infineon is a 45W USB-PD type C charger reference design in a small form factor. The reference design has been developed to demonstrate the performance by meeting various regulatory limits as well as allowing for small form factor designs. It features Infineon’s digital flyback controller XDPS21071, 700V CoolMOS™ P7 Superjunction MOSFET (IPD70R360P7S), OptiMOS™ PD synchronous-rectification MOSFET
45W USB-PD SMPS REFERENCE DESIGN DELIVERS 21.5W/IN3 Continue Reading
I love the look of old 1920’s radios. They are the embodiment of a decade. The radios that I like the most were vacuum tube cathedral radios made by Philco. When I think of old-timey radios those are the first thing that pops into my mind. So, I decided to make one using an old Arduino
Retro Arduino Radio Continue Reading
