Part Number: THS4531 Tool/software: To whom it may concern,
We have implemented the THS4531 in the following single-ended to differential configuration, ensuring that none of the parameters specified in the datasheet have been violated.
However, we…
Part Number: THS4531 Tool/software:
Good morning,
NOTE: it is possible that you already got this question from your collegue Jackson Wightman at the Power Management Forum because I asked for a stable current source for our Hall sensor but I will explain…
Part Number: THS4531 Other Parts Discussed in Thread: THS2630 Tool/software: Hi,
We're wondering if there is any specification for the common mode noise at the output of the THS4531 amplifier. Some amplifiers such as the THS2630 have it listed under…
Hello Chris,
Sorry for the long delay on a response. For offset, I was referring to input offset which could be a common-mode DC voltage bias at either the +input or -input of the FDA. The output common-mode DC voltage is referred to as the Vocm voltage…
Part Number: THS4531 Other Parts Discussed in Thread: THS4561 , , OPA388 Tool/software: Hi
The THS4531 is being used as a low noise amplifier between a geophone and an ADC
In order to match the geophone output signals to the ADC input range we need around…
Part Number: THS4531 VOCM provides an output of supply/2 if left unconnected, zero if grounded, and voltage input level if voltage connected
the offset if applied after the gain
is that correct?
Part Number: THS4531 Hi, I am thinking of using THS4531 to convert a single-ended signal into differential in my design and would like to simulate in LTSpice. Is there a LTSpice model for THS4531? Thanks!
Part Number: THS4531 Other Parts Discussed in Thread: ADS7945
Hi, we are using ADS7945 adc and thinking of using THS4531 fda with it. While going through datasheet I came across some things I didn't understand.
1. what is the range of input differential…
Part Number: THS4531 Hi,
We are using THS4531 as a differential output amplifier. The circuit is as shown below. In LT Spice simulation, the output is as expected but in our actual board the V+output is always high and V-output is always low. Please…
