To find the right circuit in the electrical panel, you first plug the socket tester into a socket. Then you go to the panel ...

Here’s a nostalgic vibe of an awesome analog chip from the 1990s era that’s still making an impact in audio designs.

Two low-noise bidirectional current acquisition circuits for interfacing with electrochemical amperometric biosensor arrays are presented. The first design is a switched-capacitor transimpedance ...

Many of these works, once confined to festival circuits or Doordarshan reruns, are now digitally available to a new generation.

Whether this timeless effect comes from an amp or a pedal, the sound of this O.G. guitar effect still has us shaking all over ...

Designing low-noise amplifier circuits is vital for the effective detection of weak signals. The parallel design of multiple junction field-effect transistors (JFETs) can effectively reduce the noise ...

Figure 4 The functional diagram highlights a second-generation current conveyor. Figure 5 Here is a view of the second-generation current conveyor equation matrix. An example circuit can be seen in ...

A real op amp would not hit the 15V rail exactly. It will get close depending on how much current you draw from the output. The higher the current, the further away from the rails you get.

Figure 6b shows the circuit reconfigured for a non-inverting gain of ×2 (same noise gain). A bias-current path from the input node to ground isn’t shown but is assumed hereafter.