Vicor Introduces New High Performance MIL-COTS DC-DC Converters and MIL-STD Input Filters to Meet Advanced SWaP-C Requirements
The DCM VIA family are ruggedized modular DC-DC converters in a thermally adept, low profile…
The DCM VIA family are ruggedized modular DC-DC converters in a thermally adept, low profile…
LEM upgrades “ART” Rogowski current sensor to measure current of up to 10000A AC and…
Omron Electronic Components Europe announced the availability of what it believes is the world’s smallest…
Real-time, transfer speed, and intelligence of control units are crucial parameters for the automation of…
Just a few months after ELECTRONIC ASSEMBLY launched its EA uniTFT product family, it is…
4D Systems introduced the modules-on-the-go (MOTG) series, which provides a simple plug-and-play interface to the…
Microchip announces a new family of maXTouch® touchscreen controllers. The MXT1665T-A family of automotive-qualified touchscreen…
With the LIS2DW12, distributor Rutronik presents the new member of STMicro electronics’ low-power, high-performance MEMS…
Automotive, industrial, medical, and many other applications use sensitive analog circuits that must perform their function while remaining immune to noise disturbances in their local environment. Many of these disturbances occur on nearby “noisy” circuits located on the same printed circuit board (PCB), while other interference can be picked up by cable interfaces that couple noise onto the PCB and its circuits.
We are all aware about self-driving cars and all exciting projects the automotive industry is engaged but very few have heard about unmanned ship and projects to operate large fleets of vessels navigating from dock to dock without operational crews (Figure 1).
At early stage but projects such as Maritime Unmanned Navigation Through Intelligence In Networks (MUNIN) investigated feasibility and test-bed development for future developments.
Considering unmanned ships will require extreme reliability from the main generator to single point-of-load, challenges placed on power designers will be far beyond anything we knew.