Toshiba Corporation today announced that it has developed a new flip-flop circuit using 40nm CMOS process that will reduce power consumption in mobile equipment. Measured data verifies that the power ...

Applications for using a single pushbutton to advance a circuit to its next logical state are legion. Typically, there are just “on” and “off” states, but there can be more. The heart of the circuit ...

A flip-flop is one of the most basic digital electronic circuits. It can most easily be built from just two transistors, although they can and have been built out of vacuum tubes, NAND and NOR gates, ...

This circuit uses electromechanical relays to retain its state indefinitely, even when power is off. It consumes no power except when triggered from one state to the other. Many varieties of ON/OFF ...

Future optical routing and switching will require high-speed and low-power optical processing of digital signals 1,2,3,4,5,6,7,8. In optical packet switching networks, all-optical flip-flops (AOFFs) ...

It’s easy to get caught up in the excitement of creation as we’re building our latest widget. By the same token, it’s sometimes difficult to fully appreciate just how old some of the circuits we use ...

In a bid to reduce power consumption in mobile equipment, Toshiba has launched a new flip flop circuit using 40nm cmos process. According to the company, the device's power dissipation is up to 77% ...