It is compatible with, Berkeley Spice 3f5 but incorporates many improvements to Spice 3f5 from simple bug-fixes to entirely new commands, algorithms and solution strategies.
MacSpice then builds a numerical model of the circuit and analyses this. Users may prepare netlists with a text editor, or derive them from a circuit diagram using a third-party schematic-capture application. This netlist is a list of components and the nodes they connect to. Current sense amplifiers analog output INA180 - 26V, 350kHz current sense amplifier INA180-Q1 - AEC-Q100, 26V, 350kHz current sense amplifier INA181 - 26V, bi-directional, 350kHz current sense amplifier INA181-Q1 - AEC-Q100, 26V, bi-directional, 350kHz current sense amplifier INA186 - 40-V, bidirectional, high-precision current sense amplifier with picoamp input bias & ENABLE INA186-Q1 - AEC-Q100, 40-V, bidirectional, high-precision current sense amplifier w/ picoamp input bias & ENABLE INA190 - 40-V, bidirectional, ultraprecise current sense amplifier with picoamp IB & ENABLE INA190-Q1 - AEC-Q100, 40-V, bidirectional, ultraprecise current sense amplifier with picoamp input bias & ENABLE INA191 - 40V, ultra-precise current sense amplifier with ENABLE and picoamp IB in WCSP INA240-SEP -4 to 80V, ultra-precise current sense amplifier w/ enhanced pwm rejection in space enhanced plastic INA290-Q1 - AEC-Q100, 2.7-V to 120-V, 1.1-MHz, ultra-precise current sense amplifier in small (SC-70) package INA293 -4-V to 110-V, 1.3-MHz, ultra-precise current sense amplifier INA293-Q1 - AEC-Q100, -4-V to 110-V, 1. MacSpice runs on Intel architecture Apple Macintosh computers. Torsion balance magnetometry can be used as a versatile probe of two- dimensional electron systems. MacSpice, like most circuit simulators, requires a text-file description of the circuit as input.
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