Productivity is a shared goal in industrial applications involving designers, component makers, and end users. Everyone plays a role. In this report, Motion System Design editors polled coupling and ...

Why a flexible coupling? A flexible coupling exists to transmit power (torque) from one shaft to another; to compensate for minor amounts of misalignment; and, in certain cases, to provide protective ...

Rising chip and packaging complexity is causing a proportionate increase in thermal couplings, which can reduce performance, shorten the lifespan of chips, and impact overall reliability of chips and ...

As more intermittent renewable energy resources are added to the power grid, generator connectivity during a grid fault becomes ever more important to mitigate the risk of cascading blackouts. An ...

Flexible couplings play a key role in industrial drive systems. They connect motors, gearboxes and pumps, transmitting power while absorbing vibration and compensating for misalignment. When correctly ...

Operators can avoid failure of couplings during hydraulic fracturing by using a design window when designing a casing string. Hydraulic fracturing treatments produce higher stress levels in couplings.

Targeting analog, mixed-signal, memory, and high-speed I/O designs, Apache Design Solutions has released Totem, an integrated power and noise integrity chip design platform that incorporates ...

The number of indirect and often unexpected ways in which one design element may be affected by another is growing, making it more difficult to ensure a chip — or multiple chips in a package — will ...