Search results for "resistors"

Recently introduced by global manufacturer of resistors, Stackpole, the RPC0603-HP is a high power pulse withstanding chip resistor with significantly more pulse power than a standard 0603 size chip resistor. The power rating for this part has been increased to 0.25W. In addition, the working voltage for the RPC0603-HP is 75V with an overload voltage of 150V.

The RNCF Series from Stackpole is a thin film chip resistor series capable of precision. From sizes 0201 up to 2512 the RNCF offers 0.01% tolerances for a wide range of resistance values. The RNCF also offers TCR down to 2ppm for a significant value range for all sizes but the 0201 size.

SMART Modular Technologies hasannounced plans to offer long term support for a wide variety of its DDR3 legacy modules. SMART’s legacy DDR3 memory product line includes SO-DIMMs up to 16GB, UDIMMs up to 16GB, VLP UDIMMs up to 16GB, Mini-DIMMs up to 8GB and RDIMMs/LRDIMM up to 32GB.

Power resistor manufacturer, Cressall has produced an infographic that explains the reasons why consumers are sceptical about electric vehicles, and how the industry should respond to this reluctance. By supporting design engineers to increase their understanding of consumer concerns, Cressall hopes the industry will be able to overcome many of the challenges it faces.

Despite appearing to be a modern phenomenon, the first electric vehicle took to the road in 1832 and in 1899, outselling all other available options, including steam and gasoline powered vehicles. Since 1935, with the invention of the internal combustion engines, gasoline-powered vehicles have become the popular choice. This changed in 2016, which saw a record in the sale of electric vehicles worldwide, with 750,000 cars sold.

The popular RAVF series convex termination chip resistor arrays and RACF concave termination arrays from Stackpole are available as the company currently have many of the most popular sizes, styles, and resistance values in stock. The RAVF and RACF are AEC-Q200 compliant for popular sizes.

Power supply circuits are literally everywhere. From the ubiquitous power bricks that recharge our phones to kilowatt server supplies in data centres, every modern electrified gadget has a switched-mode power supply circuit. Who wants to carry around a heavy laptop brick? What data centre does not want to drive energy cost down while at the same time increasing compute capacity? By Mike Horton, CTO of ACEINNA

Cutting through the acronyms - Gresham Power Electronics explains how to identify a reliable power supply.

Mobile phones have changed the way in which the world communicates, but their functionality can only be as good as the signal they receive. The demand for mobile network availability is growing in the world’s more remote and inaccessible regions, creating a major challenge for companies in this sector: how to develop new, robust telecommunications infrastructure that’s reliable, simple to install and inexpensive to maintain.

It has been announced by MagnaChip Semiconductor, that it now offers foundry customers its second generation 0.13 micron 18V high voltage process technology. The technology, which is dedicated for designing source drivers for LCD and OLED televisions, offers fewer steps, allows suitable high voltage device design rules to shrink chip size and adds a new device for DAC block design compared to the first generation process.