Analog Devices has created a fast power op-amp that can handle ±55V rails and ±1A outputs, with a digital control bus for setting internal parameters.

Understand the basics of op amps and their applications in circuit design. Learn how these devices function.

A high performance op-amp in multiple digital-to analog converter (MDAC) of an 800MS/s, 12-bit SAR-assisted pipeline ADC is implemented in 28nm CMOS process. For achieving a large output swing and ...

This article will explore the benefits of zero-drift Op-Amps for maintaining accuracy and stable performance regardless of temperature fluctuations. It will also discuss the underlying technology and ...

The op-amps used are bit old-school FET devices, but aside from the high impedance input their performance is hardly critical. Yet another op-amp circuit to hold in reserve should you ever need to ...

Op amps are voltage-amplifying devices designed to be used with external feedback components—resistors and capacitors—that are situated between their output and input terminals.

Both 1st stage and 2nd stage op-amp circuits and different type of latches in a single stage and cascade forms are designed. The power and performances of the charge steering circuits are also ...

Looking like a handy thing to use at the front end of circuits in lively voltage environments, Analog Devices has introduced a precision op-amp that can function with up to 70V on its inputs ...

In previous articles—Common op-amp circuits, Op amps do integration, and The practical op-amp differentiator is quite versatile—we looked at some classic op amp circuits. These circuits used negative ...