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Look at the datasheets!

The datasheetLMC6062 datasheet says on page 3:

Input common mode voltage range: \$0..V^+\$ − 2.5V

i.e. at \$V^+ - 1V\$ you are already 1.5V above the range that is guaranteed to work.

The LMC6482 datasheet on the other hand says it is a rail-to-rail input and output OpAmp, i.e. it works with input voltages from GND rail (0V) to up to the \$V^+\$ rail.

The datasheet says on page 3:

Input common mode voltage range: \$0..V^+\$ − 2.5V

i.e. at \$V^+ - 1V\$ you are already 1.5V above the range that is guaranteed to work.

Look at the datasheets!

The LMC6062 datasheet says on page 3:

Input common mode voltage range: \$0..V^+\$ − 2.5V

i.e. at \$V^+ - 1V\$ you are already 1.5V above the range that is guaranteed to work.

The LMC6482 datasheet on the other hand says it is a rail-to-rail input and output OpAmp, i.e. it works with input voltages from GND rail (0V) to up to the \$V^+\$ rail.

Source Link
Curd
  • 16.5k
  • 36
  • 46

The datasheet says on page 3:

Input common mode voltage range: \$0..V^+\$ − 2.5V

i.e. at \$V^+ - 1V\$ you are already 1.5V above the range that is guaranteed to work.