what is the difference between two type numbers AD8610AR and AD8610BR?
I couldn't find it in the data sheet.
I fully understand Input overvoltage protection for the amplifier (page 16).
Let us AD8610 , PS +- 16V, on + input serial protective resitor 100k.
What maximum non destrucitve voltage on +input AD8610?
Hello I need low noise high speed and high precise Instrumentation Amplifier, my first idea was any as
Figure 68. in datasheet The 3-op-amp instrumentation amplifiers AD8620+AD8610.
Amplifier is used as differential amplifier with high resistance input…
I rechecked the AD8610 spice model with the same schematic and simulation as your image above.
I did not see the railing you describe in AD8610 when R14 is 1k or higher and supply is +/-10.
I'm attaching my LTspice files for your reference.
May I know what's is the source of your schematic, could you attach the ADIsimPLL please? There is only one thing I see that causes the issue, that is the CP pin of ADF410x is current out, 5 mADC max to be specific in the current configuration…
I'm using the AD8610 in a simple buffer application. AD8627 and ADA4622 are working as expected but in the prototype i am bound to the AD8610. See the part of the simulation below.
Followup: I tried also to eliminate R1, R2, C1 and C2, same resu…
I want to take the AD8610. But I dont want to use the offset pins.
2.5V may be outside the input common mode range of the AD8610. From the datasheet, with 10V supply difference (+ve rail - -ve rail) the input can go to within 3V of the -ve rail, and with 26V supply difference it can go to within 2.5V of the -ve rail…
I thing about nulling Input Offset Voltage using digital potenciometer.
How calculate potenciometer value for nulling input offset AD8610?
Or different way, how nulling Input Offset over nulling pin, with DAC?