A method for amplifier load current cancellation in a current integrator, wherein the current integrator comprises an operational transconductance amplifier, an integration capacitor (C int) and a sensing resistor (R sense), a first node of the sensing resistor (R sense) being connected to an output of the operational transconductance amplifier, a first terminal of the integration capacitor (C int) being connected to an input of the operational transconductance amplifier and a second terminal of the integration capacitor (C int) being connected to a second node of the sensing resistor (R sense), wherein the method comprises: applying an input current (I in) to the operational transconductance amplifier provided with the integration capacitor (C int) for current integration, leading an output current (I out) of the operational transconductance amplifier through the sensing resistor (R sense), thus producing a voltage drop over the sensing resistor (R sense), generating a cancellation current (I out,cancel) dependent on the voltage drop over the sensing resistor (R sense), and injecting the cancellation current (I out,cancel) to the output current (I out) before or after the output current (I out) passes the sensing resistor (R sense), such that the cancellation current (I out,cancel) is injected at the first node or the second node of the sensing resistor (R sense), respectively, wherein the method further comprises: - providing a switched capacitor integrator, integrating the voltage drop over the sensing resistor (R sense)by means of the switched capacitor integrator, and converting the integrated voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) after the output current (I out) passes the sensing resistor (R sense), or - buffering and sampling the voltage drop over the sensing resistor (R sense) by providing two alternatingly switched capacitors, and converting the sampled voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) before the output current (I out) passes the sensing resistor (R sense). applying an input current (I in) to the operational transconductance amplifier provided with the integration capacitor (C int) for current integration, leading an output current (I out) of the operational transconductance amplifier through the sensing resistor (R sense), thus producing a voltage drop over the sensing resistor (R sense), generating a cancellation current (I out,cancel) dependent on the voltage drop over the sensing resistor (R sense), and injecting the cancellation current (I out,cancel) to the output current (I out) before or after the output current (I out) passes the sensing resistor (R sense), such that the cancellation current (I out,cancel) is injected at the first node or the second node of the sensing resistor (R sense), respectively, wherein the method further comprises: - providing a switched capacitor integrator, integrating the voltage drop over the sensing resistor (R sense)by means of the switched capacitor integrator, and converting the integrated voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) after the output current (I out) passes the sensing resistor (R sense), or - buffering and sampling the voltage drop over the sensing resistor (R sense) by providing two alternatingly switched capacitors, and converting the sampled voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) before the output current (I out) passes the sensing resistor (R sense). - providing a switched capacitor integrator, integrating the voltage drop over the sensing resistor (R sense)by means of the switched capacitor integrator, and converting the integrated voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) after the output current (I out) passes the sensing resistor (R sense), or - buffering and sampling the voltage drop over the sensing resistor (R sense) by providing two alternatingly switched capacitors, and converting the sampled voltage drop into the cancellation current (I out,cancel), if the cancellation current (I out,cancel) is injected to the output current (I out) before the output current (I out) passes the sensing resistor (R sense).