Measurement International 4220A is a low-thermal matrix scanner designed for automated resistance and shunt measurement applications. It features 20 four-terminal inputs and two four-terminal outputs, enabling efficient calibration of multiple artifacts. The scanner has a 30 Amp capability and can be operated manually or via the IEEE-488 interface bus. It utilizes ultra-sensitive, high-efficiency, polarized relay technology to eliminate self-heating and maintain accuracy. The low-thermal terminals are mechanically connected to copper pads, reducing thermal errors.
Measurement International 4220A is a low-thermal matrix scanner designed for automated resistance and shunt measurement applications. It features 20 four-terminal inputs and two four-terminal outputs, enabling efficient calibration of multiple artifacts. The scanner has a 30 Amp capability and can be operated manually or via the IEEE-488 interface bus. It utilizes ultra-sensitive, high-efficiency, polarized relay technology to eliminate self-heating and maintain accuracy. The low-thermal terminals are mechanically connected to copper pads, reducing thermal errors.
Measurement International 4220A is a low-thermal matrix scanner designed for automated resistance and shunt measurement applications. It features 20 four-terminal inputs and two four-terminal outputs, enabling efficient calibration of multiple artifacts. The scanner has a 30 Amp capability and can be operated manually or via the IEEE-488 interface bus. It utilizes ultra-sensitive, high-efficiency, polarized relay technology to eliminate self-heating and maintain accuracy. The low-thermal terminals are mechanically connected to copper pads, reducing thermal errors.
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