Hello there!
When it comes to designing high-precision electronics, even the tiniest of noise, in any of the input or output or intermediate stages, plays a significant role in defining the quality of the device, and thus, cannot be ignored.
There are several specifications and plots concerning noise in a precision amplifier, such as input noise voltage, input noise voltage density, intermodulation noise, etc. It gets a bit challenging when it comes to prioritising these specifications, especially if one gets to comparing different devices, making the selection of "best-fit" a colossal task.
I would be really grateful if someone could guide me through, especially in properly weighing these noise specs for any particular application.
Once the weight of each of these noise specs and plots is specified, making the proper selection of devices would become a lot easier.
When it comes to designing high-precision electronics, even the tiniest of noise, in any of the input or output or intermediate stages, plays a significant role in defining the quality of the device, and thus, cannot be ignored.
There are several specifications and plots concerning noise in a precision amplifier, such as input noise voltage, input noise voltage density, intermodulation noise, etc. It gets a bit challenging when it comes to prioritising these specifications, especially if one gets to comparing different devices, making the selection of "best-fit" a colossal task.
I would be really grateful if someone could guide me through, especially in properly weighing these noise specs for any particular application.
Once the weight of each of these noise specs and plots is specified, making the proper selection of devices would become a lot easier.