The MOSbius chip [top left] contains all the transistors required for many analog systems. Mounted on a breadboard via a ...

Analog Devices has unique strengths in analog-digital tech, resilience in manufacturing, and industry-leading margins. Read ...

The future of analog signal-path design will likely involve continued advances in technology, such as using more advanced materials and fabrication techniques and incorporating digital signal ...

The spreading of the pulse energy then overlaps with the energy of subsequent pulses, a phenomenon known as intersymbol ...

Analog and mixed-signal chipmakers are increasingly aiming to integrate analog signal chain with embedded processing platforms to build vertical solutions, and today’s announcement from Analog Devices ...

For example, instead of using 32 digital wires to communicate a 32-bit value, analog computing can use a single wire with a continuous range of voltages to communicate the same signal.

Experimental Results Three experiments were conducted to evaluate the performance of our precision-enhanced oscilloscope using both analog and digital signal processing techniques. First, we test the ...

Even if analog is on top, or analog/RF is on top, the workflow that is in digital needs to be sent back to the other parts. Otherwise, with all this optimization that we need to gain, some power and ...

Elektron’s Analog Heat audio processor was already a fantastic tool for adding saturation and warmth to digital instruments, but now the company is upping the ante with a hardware refresh. The ...

The move toward multi-die assemblies and the increasing value of sensor data at the edge are beginning to focus attention and raise questions about security in analog circuits. In most SoC designs ...

What is a DAC, or digital-to-analog converter? Here's how these common components work, and why audiophiles like to use upgraded versions for their music.