The battery uses carbon-14 ... Professor Tom Scott, from the University of Bristol, said: “Our micropower technology can support a whole range of important applications from space technologies ...

Three new linear regulators simplify the design of battery-operated equipment. The LT1521 is a 300mA, positive low dropout regulator with micropower quiescent current and shutdown. The LT1175 is a ...

So many of our devices rely on batteries. However, they typically have a short lifespan, adding to the issue with waste ...

These “micropower” batteries are ideal for situations where changing batteries is difficult or impossible. The diamond battery could transform how we power devices in medicine, space ...

However, if equipped with a carbon-14 diamond battery, the spaceship could communicate its findings back home for thousands of years. “Our micropower technology can support a whole range of ...

or anything else that needs to last for multiple decades without humans constantly swapping out batteries. "Our micropower technology can support a whole range of important applications from space ...

Designers have many options for converting the 2V to 4V battery voltage to 5V, 3.3V and other required system voltages using low voltage DC/DC converter ICs. The LT1304 offers users a micropower ...

As for what could be powered by this diamond battery, proposed applications include vehicles, rovers specifically, tracking tags and transmitters in spacecrafts or maritime vessels. “Our micropower ...