An integrated circuit for measuring a high current range, comprising: a parametric pin measurement unit (Pluto2) having a first amplifier (MI_Instrument AMP) and a second amplifier (Amplifier_Al) with the output terminal of the second amplifier applied to the first terminal of a common resistor (Rsense) and the negative input terminal of the first amplifier; and wherein the second terminal of said common resistor is connected with the positive input terminal of the first amplifier; a voltage-to-current converter (V to I converter) connected to an output (DOUT) of the parametric pin measurement unit, the voltage-to-current converter having a first output and a second output; a plurality of n channel MOSFETs (Q2N, Q3N, Q4N) connected to the second output of the voltage-to-current converter; wherein the sources of said n channel MOSFETs are connected to a negative rail (VNEG); the drain of the first one of said n channel MOSFETs and the gates of all n channel MOSFETs are connected to the second output of the voltage-to-current converter; the drain of the second one of said n channel MOSFETs is connected to the output of the parametric pin measurement unit; the drain of the third one of said n channel MOSFETs is connected to an output port (DOUT_HV); a plurality of p channel MOSFETs (Q2P, Q3P, Q4P) connected to the first output of the voltage-to-current converter; wherein the sources of said p channel MOSFETs are connected to a positive rail (VPOS); the drain of the first one of said p channel MOSFETs and the gates of all p channel MOSFETs are connected to the first output of the voltage-to-current converter; the drain of the second one of said p channel MOSFETs is connected to the output of the parametric pin measurement unit; the drain of the third one of said p channel MOSFETs is connected to the output port (DOUT_HV); a buffered amplifier (Amplifier_A2) having a positive input terminal connected to the output port (DOUT_HV) and a negative input terminal connected to the output of said buffered amplifier; and a resistance divider having a first resistor and a second resistor connected to the output of the buffered amplifier, the resistance divider provides a feedback signal (EXT_SENSE) to the negative terminal of the second amplifier; whereby the integrated circuit is configured such that when a forced voltage (VFORCE) is applied to the positive terminal of the second amplifier, current can be measured from the output port between the plurality of n channel MOSFETs (Q4N) and the plurality of p channel MOSFETs (Q4P). a parametric pin measurement unit (Pluto2) having a first amplifier (MI_Instrument AMP) and a second amplifier (Amplifier_Al) with the output terminal of the second amplifier applied to the first terminal of a common resistor (Rsense) and the negative input terminal of the first amplifier; and wherein the second terminal of said common resistor is connected with the positive input terminal of the first amplifier; a voltage-to-current converter (V to I converter) connected to an output (DOUT) of the parametric pin measurement unit, the voltage-to-current converter having a first output and a second output; a plurality of n channel MOSFETs (Q2N, Q3N, Q4N) connected to the second output of the voltage-to-current converter; wherein the sources of said n channel MOSFETs are connected to a negative rail (VNEG); the drain of the first one of said n channel MOSFETs and the gates of all n channel MOSFETs are connected to the second output of the voltage-to-current converter; the drain of the second one of said n channel MOSFETs is connected to the output of the parametric pin measurement unit; the drain of the third one of said n channel MOSFETs is connected to an output port (DOUT_HV); a plurality of p channel MOSFETs (Q2P, Q3P, Q4P) connected to the first output of the voltage-to-current converter; wherein the sources of said p channel MOSFETs are connected to a positive rail (VPOS); the drain of the first one of said p channel MOSFETs and the gates of all p channel MOSFETs are connected to the first output of the voltage-to-current converter; the drain of the second one of said p channel MOSFETs is connected to the output of the parametric pin measurement unit; the drain of the third one of said p channel MOSFETs is connected to the output port (DOUT_HV); a buffered amplifier (Amplifier_A2) having a positive input terminal connected to the output port (DOUT_HV) and a negative input terminal connected to the output of said buffered amplifier; and a resistance divider having a first resistor and a second resistor connected to the output of the buffered amplifier, the resistance divider provides a feedback signal (EXT_SENSE) to the negative terminal of the second amplifier; whereby the integrated circuit is configured such that when a forced voltage (VFORCE) is applied to the positive terminal of the second amplifier, current can be measured from the output port between the plurality of n channel MOSFETs (Q4N) and the plurality of p channel MOSFETs (Q4P).