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lkari
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So if we have a Opamp component, do we have to give the input as sine wave or as a dc supply? I think it has to be at a DC voltage. please correct me.
Thanks in Advance
Lakshmi
Thanks in Advance
Lakshmi
lkari said:So if we have a Opamp component, do we have to give the input as sine wave or as a dc supply? I think it has to be at a DC voltage. please correct me.
Thanks in Advance
Lakshmi
lkari said:I reffered to it but, what do they mean by saying the following there? (V+) –3
The Opa547 datasheet is a technical document that provides detailed information about the specifications, features, and applications of the Opa547 operational amplifier. It is used by engineers, researchers, and electronics enthusiasts to understand the capabilities and limitations of the Opa547 and design circuits using it.
The Opa547 can operate with a supply voltage range of ±2.25V to ±18V. It also has a wide output voltage swing of ±13.5V, making it suitable for a variety of applications.
The Opa547 has a typical gain bandwidth product of 2.5MHz, with a minimum of 1.5MHz and a maximum of 3.5MHz. This high gain bandwidth product allows for stable and accurate amplification of signals in a wide frequency range.
Yes, the Opa547 has built-in thermal shutdown protection that automatically turns off the amplifier if the temperature exceeds a safe limit. This feature helps to prevent damage to the device and ensures safe operation.
While the Opa547 is primarily designed for industrial and instrumentation applications, it can also be used for audio applications. Its high slew rate, low noise, and wide bandwidth make it suitable for amplifying audio signals with high fidelity.