Looking at the circuit diagram it follows the classic op-amp with a long-tailed pair of NPN transistors driving a PNP gain stage and finally a complimentary emitter follower as an output buffer.

Op amp compensation, despite its omnipresence, can occasionally be challenging especially when one has to choose an optimal compensation technique given the requirements and constraints beyond ...

Op-amp performance is disrupted by EMI in a variety of ways. Reducing EMI in amplifiers using filters. How to mitigate EMI in Class-D audio amps. In this article, electromagnetic interference (EMI ...

Figure 1a shows the block diagram of a non-rail-to-rail amplifier. The inputs control the g m block which drives the gain node and is buffered at the output. The compensation capacitor C c is the ...

Keep in mind that op amps prefer balanced design, so consider a balanced op-amp design for your next linear circuit. Plato’s Gain Formula is Z F /Z I for balanced circuits.

Below this, the amplifier will survive if the inputs are pulled 10V below that negative terminal – due to 880Ω series resistors (see diagram). “The inputs can tolerate up to 80V of differential ...