Vishay Introduced New Powdered Iron Wireless Charging Coils

Posted by doEEEt Media Group
On May 26, 2021
0

New powdered iron-based, WPC-compliant (Wireless Power Consortium) wireless charging coils that offer direct replacements for devices for which end-of-life (EOL) was announced in 2017.

EEE Components, PASSIVES

EMC CL and LC Filters Comparison

Posted by doEEEt Media Group
On May 25, 2021
0

First, the insertion loss a general filter is defined, and then the impact of the source and load impedance on the insertion loss is investigated. Simulations and measurements focus on the CL and LC filters. In Part II (to appear in the next issue) the performance of the Pi and T filters is evaluated and compared to that of the CL and LC filters.

EEE Components, PASSIVES

Novel Conductive Polymer that Does Not Require Any Doping to Conduct Electricity

Posted by doEEEt Media Group
On May 25, 2021
0

In order to increase the conductivity of polymers, and in this way obtain higher efficiency in organic solar cells, light-emitting diodes and other bioelectronic applications, researchers have until now doped the material with various substances.

ACTIVES, EEE Components, PASSIVES

The European Commission Forms the Clean Hydrogen Alliance

Posted by doEEEt Media Group
On May 25, 2021
0

The Strategy sets out the key drivers of Europe’s industrial transformation and proposes a comprehensive set of future actions, including a Clean Hydrogen Alliance to accelerate the decarbonisation of industry and maintain industrial leadership.

EEE Components, PASSIVES

Stackpole adds 3.5-W current-sense chip resistor

Posted by doEEEt Media Group
On May 23, 2021
0

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.

EEE Components, PASSIVES

Ceramic Feedthrough Filters Explained

Posted by doEEEt Media Group
On May 8, 2021
0

EMI is a serious concern for devices that are externally powered (ones that have a plug) or require signal wires that need to extend outside the device (signal wires that might attach to sensors or input/output devices). The wires that connect to power sources, or I/O points, can act as antennas that will allow EMI to be received (coupled onto them) and enter the device.

EEE Components, PASSIVES

Würth Elektronik Extends Miniature SMT Ferrites with Top Filter Properties

Posted by doEEEt Media Group
On May 7, 2021
0

The SMDs are AEC-Q200 qualified as part of Würth Elektronik’s automotive electronics portfolio. WE-CBA features high-quality Ni-Sn electrodes, a very high current carrying capacity up to 6 A, and operating temperatures from -55 to +125ºC. The ferrites, which are available in various specifications, are ideally suited as data line filters and for decoupling the supply voltage.

ALTER Projects, EEE Components

Machine learning and Electronic components

Posted by doEEEt Media Group
On May 7, 2021
0

The CNA, a joint center of the University of Seville, the Junta de Andalucía, and the CSIC, is a reference for irradiation tests. The company Alter is an expert in the irradiation of electronic devices for the space sector. The evaluation of radiation behavior is essential for the design and assembly of satellites, probes, robots, etc.

EEE Components, PASSIVES

3D Printing of Electronic Components Creates New Manufacturing Possibilities

Posted by doEEEt Media Group
On May 6, 2021
0

These thermoplastic filaments are often made with copper, but occasionally carbon and graphene are used instead. The latter are more brittle than copper, however, and have a tendency to shatter when subjected to significant vibrations.

EEE Components, PASSIVES

Controlled Non-Linearity of Graphene May Yield

Posted by doEEEt Media Group
On May 5, 2021
0

Consisting of carbon atoms, graphene is a material just one atom thick where the atoms are arranged in a hexagonal lattice. This arrangement of atoms is what results in graphene’s unique property: the electrons in this material move as if they did not have mass. This “massless” behavior of electrons leads to very high electrical conductivity in graphene and, importantly, this property is maintained at room temperature and under ambient conditions. Graphene is therefore potentially very interesting for modern electronics applications.

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