Hi Jeffrey,
I think that the RHS schematic carries the input CM voltage before the AC coupling caps to the instrumentation amplifier OPA's but the one on the left biases these OPA's close to ground (or to a fixed reference voltage if you lift R2 from…
Hi John,
Thanks for bringing this to our attention.
We'll update the OPA2187 offset voltage in the parametric table to show 10uV (not 10mV) maximum:
Regards,
Hooman
H Amtech,
You are correct in that Transient (or AC response) analysis with TINA-TI (or Pspice equivalent) will not show any warnings if you exceed the device operating supply voltage range. I think that's true for every amplifier I have seen before…
Hi Russel,
Sounds like you are running into input CM voltage range limitation (which is 2.5V away from either supply rail):
The input(s) should always be higher 2.5V and lower than 42.5V if you are running the part with a single +45V power supply…
Hi Dominique,
Sorry about the delay in getting back to you.
These devices are NRND now and we're not actively supporting them anymore. Unfortunately I cannot help you with the purchase of devices, but I've seen some distributors have spare / fresh…
Hello,
I'd follow the power up / power down sequence exactly as shown in the documentation please.
Please also note that the devices in the TX-SDK-V1 kit (LM96530, LM96551, LM96570) are now either Not Recommended for New Designs (NRND) or Life Time…
Hi Miheer,
In this application note you noted:
The page 4 expression involving "5.85" in the denominator is the result of evaluating Equation 7 at 5Hz:
From Figure 6 schematic:
RFB= 270M
CFB = 680pF
So, the denominator "value" at f = 5Hz…
Hi Kai,
What I showed you was just an example. I don't know your operating conditions.
If you tell me what you're trying to do / drive with the LMC662 / MC33202, then I can help you better to let you know whether you are in anyway limited by the output…
