Resistor
RXXXX node1 node2 value (in ohms)

Capacitor
CXXXX node1 node2 value (in farads)

Inductor
LXXXX node1 node2 value (in henries)

Transformer
TXXXX +Pri -Pri +Sec -Sec N (turns ratio np/ns)
Bipolar Transistor
BXXXX Base Emitter Collector Beta Rbe (in ohms)

Field Effect Transistor
FXXXX Gate Source Drain Transconductance (in mhos)

Opamp
OXXXX +Input -Input Output Gain Rout (in ohms)

Transconductance Amplifier
GXXXX +Input -Input +Output -Output  Gm. (in mhos)
Output Format Statement
P In Out Low-Freq. High-Freq. Plot-Mode (LIN or LOG)

Element Values

Values may be integer, floating point, scientific
notation or either an integer or floating point
number followed by one of these scale factors:

   P=1E-12   N=1E-9   U=1E-6   M=1E-3
        K=1E3    MEG=1E6   G=1E9
Node numbers must be integers.  Node 0 is always
reserved for the ground or common connection.  Any
DC power connections should be set to node 0 for
the purpose of AC analysis.

Examples:

A 1000 ohm resistor connected between nodes 2 and 3
would be described as :

            R1 2 3 1000
Examples:

A bipolar transistor (NPN or PNP) with the base as
node 3, the emitter as node 1, and the collector as
node 4, having a current gain of 100 and a base-
emitter resistance of 1000 ohms would be described
as follows:

                B 3 1 4 100 1K




