Electronic Design Design's Products of the Week (9/25-10/1)The fully automated manufacturing process ensures the high level of reliability and quality of the components, suiting them for applications in demanding automotive environments such as the power supply of engine control modules and ECUs for
Rockwell Automation Inc (NYSE:ROK)(TREND ANALYSIS) has a fundamental score of 66 and has a relative valuation of OVERVALUED. Considering peers ...
Electronic Design One solution that's become popular is the inter-integrated input/output (IC I/O) expander. I2C I/O expanders allow system designers to increase the number of GPIO lines available on the system processor by simply connecting an I2C expander
It mainly deals with the monitoring of current, , , power measurement and more from a generating source in order to trigger the eaker to open in an unusual situation. These relays are more often preferred in power
Electronics Weekly “High-reliability monolithic ceramic capacitors are often used in the power supply of network equipment and base stations, and the required capacitance has to date been ensured by using two or more 2.2μF and 4.7μF capacitors,” said Murata
These high current pulses are generated by high-speed switching and cause migration of metal from the rolling elements into the luicant. This leads to discharge machining (EDM) craters ... Most of the fall in
Electronic Design Appropriate light-emitting diode drivers give more flexibility in designing better energy-efficient systems.
Electronic Design This puts a 10-Hz high-pass filter in the trigger path to eliminate any dc offset . (This is for Keysight InfiniiVision scopes; your mileage may vary.) Note, this is just for your trigger, so you'll still be able to see the dc
Figure 2 shows the implementation with a half-wave cap-drop . Since the half-wave will disregard the negative cycle of the line , this will result in a lower current delivered to the input of the wide VIN buck topology than in the
Electronic Design If you use a high- input capacitor and transformer, the common-mode can be hundreds of volts. The cleverness of Pease's is that the single transistor makes the oscillation, and also does the amplification. Since the input is in