Operators prefer television and signals to be analog because the receivers are cheaper. This is why radio broadcast signals ...

Analog and mixed-signal design are an essential part of modern electronics. At Agile Analog, we often hear that digital design engineers find integrating analog components can be a daunting task. So, ...

The answer to that headline question is simple: there’s lots that silicon can’t do. But what I find amazing is what it can or ...

The trend in the design of new communication systems has been toward increasing the use of digital techniques. Digital communications offer several important advantages compared to analog ...

To compute a digital evaluation point, signals are updated first ... for various continuous-time solvers and provides methods to synchronize analog solvers and the discrete kernel of SystemC. SystemC ...

An immediate difference between digital and analog signals is time. Digital signals are discrete-time signals, meaning they output a sequential series of values, while analog signals are ...

This analog/mixed signal semiconductor market as a whole should continue to strengthen through year-end, as inventories in ...

The MEMS resonator’s high-purity silicon enables it to ensure reliable timing in the presence of environmental stressors.

Discrete, sensors, optoelectronics and analog ... or mixed signal (enabling conversion of analog signals to digital or digital to analog, among other things). Most electronic gadgets use a ...

These devices are made to operate in two discrete output states so as to comply ... processed by a computer must be communicated to the analog servomechanism through some equivalent analog signals.

Analog computers use continuous variables like fluids and voltages, not just binary data - more natural modeling. Analog ...

The next progression of this model is the Industrial Internet of Things (IIoT), which is the distributed I/O concept in a single device supporting one or more signals over wireless.