For example, the Texas Instruments OPA462 high-voltage (180 V), high-current (30 mA typical, 45 mA maximum) op amp operates from a ±6V (12V) to ±90V (180V) bipolar supply and has a 6.5 MHz ...

Most common among these limitations are input referred errors that predominate in high-DC gain applications. In this article we discuss the effects of input referred errors on op amps. These errors ...

Obviously, for high-speed applications ... The simulator will dutifully show the op amp sourcing 25A of current through the load. Your garden-variety op amp won’t be able to do that, nor ...

For example, the LMH6672 is a dual high speed amplifier with a high output current ... The LMH6642/43 (130MHz) op amps offer supply/output current ratio of 2.4mA/+90mA, rail-to-rail output, and true ...

The maximum transient current needed will equal the peak ... power-supply bypassing can actually contribute to instability in high-frequency op-amp circuits. When using a single bypass capacitor ...

mostly driving high-precision analog-to-digital converters (see the figure). The op amps’ key performance characteristic was that they drew a bare 3 fA of input bias current at 25°C (the ...

Maybe you are familiar with the op-amp as an extremely ... forms the famous Widlar current mirror, a clever design employed in the emitter circuits to replace high value resistors that would ...

The buffer input would be connected to either a high impedance divider or directlyto external signals. Thus, it must also tolerate electrostatic discharges and inputs beyond the supplies. There aren’t ...

Linear Tech is aiming at high-impedance sensor transimpedance amplifiers with an op-amp that requires only 3fA of bias current (typical at 25°C) while offering 500MHz gain bandwidth product. Potential ...

Instead of the more common Class D digital amps you see in most entry-level and midprice components, the RA-1570 features a high current, Class AB amplifier output stage. Feature-wise, the RA-1570 ...