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Spehro 'speff' Pefhany
  • 422.9k
  • 23
  • 352
  • 952

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

enter image description here

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply. Note that this circuit inverts.

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply. Note that this circuit inverts.

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

enter image description here

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply. Note that this circuit inverts.

added 32 characters in body
Source Link
Spehro 'speff' Pefhany
  • 422.9k
  • 23
  • 352
  • 952

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply. Note that this circuit inverts.

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply.

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply. Note that this circuit inverts.

Source Link
Spehro 'speff' Pefhany
  • 422.9k
  • 23
  • 352
  • 952

Simple way with an op-amp and dual supply rails:

schematic

simulate this circuit – Schematic created using CircuitLab

The op-amp has to be a RR output type that can withstand the high voltage 6.6V supply.