Atos amplifier E-ME-AC-01F

NegotiableUpdate on 01/22

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Nature of the Manufacturer: Producers

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Overview

阿托斯放大器E-ME-AC-01F$r$nATOS放大器型号：E-BM-AC-011F, $r$nE-BM-AC-011F/I, E-BM-AC-01F /RR, $r$nE-BM-AC-01F 11 /2, E-BM-AC-01F 11 /3,$r$nE-BM-AC-01F/RR 11 /1, E-BM-AC-05F 11 /3,$r$nE-BM-AC-05F 11 /4, E-BM-AC-05F/RR 11 /3,

Product Details

Atos amplifier E-ME-AC-01F

amplifier
Below is an introduction to integrated operational amplifiers with different characteristics.
A general-purpose integrated operational amplifier refers to one with moderate technical parameters that can meet the requirements of most situations. Universal integrated operational amplifiers are divided into Type I, Type II, and Type III, with Type I being a low gain operational amplifier, Type II being a medium gain operational amplifier, and Type III being a high gain operational amplifier. Type I and Type II are basically early products, with an input offset voltage of around 2mV and an open-loop gain generally greater than 80dB.
High precision integrated operational amplifiers refer to those with small offset voltage, very small temperature drift, and very high gain and common mode rejection ratio. The noise of this type of operational amplifier is also relatively small. The offset voltage of a single high-precision integrated operational amplifier can be as small as a few microvolts, and the temperature drift can be as small as tens of microvolts per degree Celsius.
The output voltage conversion rate of high-speed integrated operational amplifiers is very high, some of which can reach 2-3kV/μ S.
The input impedance of a high input impedance integrated operational amplifier is very large, and the input current is very small. The input stage of such operational amplifiers often uses MOS transistors.
The current and power supply voltage of low-power integrated operational amplifiers are very low during operation, and the power consumption of the entire operational amplifier is only a few tens of microwatts. This type of integrated operational amplifier is commonly used in portable electronic products.
The wideband integrated operational amplifier has a wide frequency band, with a unit gain bandwidth of over gigahertz, and is often used in wideband amplification circuits.
The supply voltage of a general integrated operational amplifier is below 15V, while the supply voltage of a high-voltage integrated operational amplifier can reach tens of volts.
The output stage of a power type integrated operational amplifier can provide a relatively large power output to the load.

Atos amplifier E-ME-AC-01F

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