Toshiba 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 dissipation of the new flip-flop is ...

Many varieties of ON/OFF control circuits use some form of flip-flop that responds to a pushbutton switch or other control input. These all have volatile memory and default to an OFF condition if ...

When you first clamp your hands, mic detects the sound and triggers the 555 timer via the operational amplifier. The timer stretches the signal and applies it to the clock input of the flip-flop.

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% ...

Mechanical switches are pretty easy to understand—the contacts touch, the current flows, and Bob is, presumably, your uncle. But what about soft switches? Well, they’re not that difficult to ...

Over the recent years post-silicon SoC validation has become a major bottleneck in IC design. Due restricted design cycle time and test bench limitations almost all the designs are taped-out with ...