|
Property
|
Symbol(s)/Part(s)
|
PSpice Library
|
Description
|
Required
|
Default
|
Units
|
|
AC
|
VPWL, VSIN, VPWL_F_RE_FOREVER, VPWL_RE_N_TIMES, VPULSE, VPWL_ENH, VPWL_RE_FOREVER, VPWL_FILE, VSFFM, VSRC, VPWL_F_RE_N_TIMES, VSTIM
|
SOURCE
|
AC magnitude (used in AC sweep analysis only)
|
No
|
0
|
V
|
|
AC
|
IPWL, ISIN, IPWL_F_RE_FOREVER, IPWL_RE_N_TIMES, IPULSE, IPWL_ENH, IPWL_RE_FOREVER, IPWL_FILE, ISFFM, ISRC, IPWL_F_RE_N_TIMES, ISTIM
|
SOURCE, SOURCSTM
|
AC magnitude (used in AC sweep analysis only)
|
No
|
0
|
A
|
|
AC
|
IPRINT, VPRINT1, VPRINT2
|
SPECIAL
|
Print AC sweep results for signal to output file (Y|N)
|
No
|
N
|
none
|
|
ACMAG
|
IAC
|
SOURCE
|
AC magnitude (used in AC sweep analysis only)
|
Yes
|
0
|
A
|
|
ACPHASE
|
IAC
|
SOURCE
|
AC phase (used in AC sweep analysis only)
|
No
|
0
|
Degrees
|
|
ACMAG
|
VAC
|
SOURCE
|
AC magnitude (used in AC sweep analysis only)
|
Yes
|
0
|
V
|
|
ACPHASE
|
VAC
|
SOURCE
|
AC phase (used in AC sweep analysis only)
|
No
|
0
|
Degrees
|
|
AD
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Drain diffusion area
|
No
|
DEFAD
|
m^2
|
|
AGD
|
ZbreakN
|
BREAKOUT
|
Gate-drain overlap area
|
No
|
5.0e-6
|
m^2
|
|
ANALYSIS
|
PRINT1, WATCH1
|
SPECIAL
|
Analysis type (AC|DC|TRAN)
|
No
|
TRAN
|
none
|
|
AREA
|
DbreakCR, JbreakN, QbreakP3, DbreakW, JbreakP, QbreakP4, QbreakL, QbreakN3, QbreakN4, QbreakN, QbreakP, DbreakZ, Dbreak, Bbreak, ZbreakN
|
BREAKOUT
|
Area value (for scaling)
|
No
|
1.0
|
none
|
|
ARM_MASS
|
Relay_SPDT_phy
|
ANL_MISC
|
Contact arm mass (moment)
|
Yes
|
0.5
|
g*cm*sec*sec
|
|
AS
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Source diffusion area
|
No
|
DEFAS
|
m^2
|
|
ASSERTION
|
HOLD<SIZE>
|
DIG_MISC
|
Assert hold violation when low to high or high to low (LH|HL)
|
Yes
|
LH
|
none
|
|
ASSERTION
|
SETUP<SIZE>
|
DIG_MISC
|
Assert setup violation when low to high or high to low (LH|HL)
|
Yes
|
LH
|
none
|
|
BACKEMF
|
BLDCMTR
|
MIX_MISC
|
Back EMF constant
|
Yes
|
0.12
|
Volt*sec/rev
|
|
BIT
|
VECTOR<SIZE>
|
SPECIAL
|
Bit position within a single hex or octal digit (see .VECTOR)
|
No
|
none
|
none
|
|
C
|
TLOSSY, TLURC<SIZE>, TLUMP<SIZE>
|
ANALOG, TLINE
|
Capacitance value per unit length of transmission line
|
Yes
|
1
|
F
|
|
C
|
T<SIZE>coupled
|
TLINE
|
Capacitance value per unit length of coupled transmission line
|
Yes
|
-1
|
F
|
|
C1
|
T<SIZE>coupledX
|
TLINE
|
Capacitance value per unit length of first coupled transmission line
|
Yes
|
-1
|
F
|
|
C2
|
T<SIZE>coupledX
|
TLINE
|
Capacitance value per unit length of second coupled transmission line
|
Yes
|
-1
|
F
|
|
C3
|
T<SIZE>coupledX
|
TLINE
|
Capacitance value per unit length of third coupled transmission line
|
Yes
|
-1
|
F
|
|
C4
|
T<SIZE>coupledX
|
TLINE
|
Capacitance value per unit length of fourth coupled transmission line
|
Yes
|
-1
|
F
|
|
C5
|
T<SIZE>coupledX
|
TLINE
|
Capacitance value per unit length of fifth coupled transmission line
|
Yes
|
-1
|
F
|
|
CAP
|
DIGCAP
|
DIG_MISC
|
Capacitance value for digital I/O model
|
Yes
|
10P
|
F
|
|
CAPACITANCE
|
BLDCMTR
|
MIX_MISC
|
Winding capacitance to ground
|
Yes
|
0.001u
|
F
|
|
CIN
|
ADCPAR<SIZE>
|
DATACONV
|
Input capacitance
|
Yes
|
10P
|
F
|
|
CIN
|
ADCMIC<SIZE>
|
DATACONV
|
Input capacitance
|
Yes
|
22p
|
F
|
|
CKDPDMAX
|
ADCSER<SIZE>
|
DATACONV
|
Maximum clock to data delay
|
Yes
|
80n
|
sec
|
|
CKDPDMIN
|
ADCSER<SIZE>
|
DATACONV
|
Minimum clock to data delay
|
Yes
|
25n
|
sec
|
|
CLKHI
|
ADCSER<SIZE>
|
DATACONV
|
Minimum clock high pulse width
|
Yes
|
40n
|
sec
|
|
CLKLO
|
ADCSER<SIZE>
|
DATACONV
|
Minimum clock low pulse width
|
Yes
|
60n
|
sec
|
|
CLKMAX
|
ADCSER<SIZE>
|
DATACONV
|
Maximum clock frequency
|
Yes
|
5Meg
|
Hz
|
|
CLKMIN
|
ADCSER<SIZE>
|
DATACONV
|
Minimum clock frequency
|
Yes
|
178.571K
|
Hz
|
|
CM
|
T<SIZE>coupled, T<SIZE>coupledX
|
TLINE
|
Mutual capacitance per unit length
|
Yes
|
0
|
F
|
|
CM
|
Kcouple2
|
TLINE
|
Mutual coupling capacitance per unit length
|
Yes
|
none
|
F
|
|
CM12
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 1 and 2
|
Yes
|
0
|
F
|
|
CM13
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 1 and 3
|
Yes
|
0
|
F
|
|
CM14
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 1 and 4
|
Yes
|
0
|
F
|
|
CM15
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 1 and 5
|
Yes
|
0
|
F
|
|
CM21
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 2 and 1
|
Yes
|
none
|
F
|
|
CM23
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 2 and 3
|
Yes
|
0
|
F
|
|
CM24
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 2 and 4
|
Yes
|
0
|
F
|
|
CM25
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 2 and 5
|
Yes
|
0
|
F
|
|
CM31
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 3 and 1
|
Yes
|
none
|
F
|
|
CM32
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 3 and 2
|
Yes
|
none
|
F
|
|
CM34
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 3 and 4
|
Yes
|
0
|
F
|
|
CM35
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 3 and 5
|
Yes
|
0
|
F
|
|
CM41
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 4 and 1
|
Yes
|
none
|
F
|
|
CM42
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 4 and 2
|
Yes
|
none
|
F
|
|
CM43
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 4 and 3
|
Yes
|
none
|
F
|
|
CM45
|
T<SIZE>coupledX
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 4 and 5
|
Yes
|
0
|
F
|
|
CM51
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 5 and 1
|
Yes
|
none
|
F
|
|
CM52
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 5 and 2
|
Yes
|
none
|
F
|
|
CM53
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 5 and 3
|
Yes
|
none
|
F
|
|
CM54
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling capacitance per unit length between tlines 5 and 4
|
Yes
|
none
|
F
|
|
CO
|
QRLSZCS
|
SWIT_RAV
|
Resonant capacitor value
|
Yes
|
.1u
|
F
|
|
COEFF
|
EPOLY
|
ANALOG
|
Voltage gain
|
Yes
|
1
|
V/V
|
|
COEFF
|
FPOLY
|
ANALOG
|
Current gain
|
Yes
|
1
|
A/A
|
|
COEFF
|
GPOLY
|
ANALOG
|
Transconductance
|
Yes
|
1
|
A/V
|
|
COEFF
|
HPOLY
|
ANALOG
|
Transresistance
|
Yes
|
1
|
V/A
|
|
COMMAND<LINE>
|
STIM1
|
SOURCE
|
(time, bit value) pairs of stimuli to be generated (see Stimulus Generator)
|
Yes
|
0s 0
|
pair
|
|
COMMAND<LINE>
|
STIM16
|
SOURCE
|
(time, hex value) pairs of stimuli to be generated (see Stimulus Generator)
|
Yes
|
0s 0000
|
pair
|
|
COMMAND<LINE>
|
STIM4
|
SOURCE
|
(time, bit value) pairs of stimuli to be generated (see Stimulus Generator)
|
Yes
|
0s 0000
|
pair
|
|
COMMAND<LINE>
|
STIM8
|
SOURCE
|
(time, bit value) pairs of stimuli to be generated (see Stimulus Generator)
|
Yes
|
0s 00000000
|
pair
|
|
CONTACT_MATCH
|
Relay_DPDT_b, Relay_DPDT_nb
|
MIX_MISC
|
Matching of contact make/break/bounce times: 1 = exact
|
Yes
|
0.95
|
none
|
|
CONVWHI
|
ADCSER<SIZE>
|
DATACONV
|
Minimum high width of convert pulse
|
Yes
|
40n
|
sec
|
|
CONVWHI
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum high width of convert pulse
|
Yes
|
45n
|
sec
|
|
CONVWHI
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum high width of convert pulse
|
Yes
|
50n
|
sec
|
|
CONVWLO
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum low width of convert pulse
|
Yes
|
45n
|
sec
|
|
CONVWLO
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum low width of convert pulse
|
Yes
|
50n
|
sec
|
|
CONVWLO
|
ADCSER<SIZE>
|
DATACONV
|
Minimum low width of convert pulse
|
Yes
|
60n
|
sec
|
|
COUPLING
|
XFRM_LINEAR, XFRM_NONLINEAR, K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Coupling coefficient
|
Yes
|
1
|
none
|
|
COUT
|
DACCUR<SIZE>
|
DATACONV
|
Output capacitance
|
Yes
|
10p
|
F
|
|
CSMINLO
|
DACPAR<SIZE>
|
DATACONV
|
Minimum low width of CS
|
Yes
|
90n
|
sec
|
|
D
|
CMSSCCM
|
SWIT_RAV
|
Duty cycle
|
Yes
|
0.75
|
none
|
|
D
|
VMSSCCM
|
SWIT_RAV
|
Duty cycle
|
Yes
|
0.4
|
none
|
|
DAMPING
|
BLDCMTR
|
MIX_MISC
|
Damping and eddy current losses (linear torque with speed)
|
Yes
|
0.36
|
g*cm*sec/rad
|
|
DAMPING
|
Relay_SPDT_phy
|
ANL_MISC
|
Limit damping rate
|
Yes
|
1000
|
g*cm*sec/rad
|
|
DB
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write signal in DB in output file (Y|N)
|
No
|
N
|
none
|
|
DC
|
VDC
|
SOURCE
|
DC voltage magnitude (used for bias point and in transient analysis)
|
Yes
|
0
|
V
|
|
DC
|
IDC
|
SOURCE
|
DC current magnitude (used for bias point and in transient analysis)
|
Yes
|
0
|
A
|
|
DC
|
VPWL, VSIN, VPWL_F_RE_FOREVER, VPWL_RE_N_TIMES, VPULSE, VPWL_ENH, VPWL_RE_FOREVER, VPWL_FILE, VSFFM, VSRC, VPWL_F_RE_N_TIMES, VSTIM, VAC
|
SOURCE, SOURCSTM
|
DC voltage magnitude (used for bias point)
|
No
|
0
|
V
|
|
DC
|
IPWL, ISIN, IPWL_F_RE_FOREVER, IPWL_RE_N_TIMES, IPULSE, IPWL_ENH, IPWL_RE_FOREVER, IPWL_FILE, ISFFM, ISRC, IPWL_F_RE_N_TIMES, ISTIM, IAC
|
SOURCE, SOURCSTM
|
DC current magnitude (used for bias point)
|
No
|
0
|
A
|
|
DC
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write DC analysis results to output file (Y|N)
|
No
|
N
|
none
|
|
DEADTIME
|
SG1525A/25C, SG1526B, SG1525, SG1524B, SG1529
|
SWIT_REG
|
Dead time
|
Yes
|
1u
|
sec
|
|
DEADTIME
|
SG1842, SG1843, SG1844, SG1845, SG1846
|
SWIT_REG
|
Dead time
|
Yes
|
2u
|
sec
|
|
DEADTIME
|
SG1825
|
SWIT_REG
|
Dead time
|
Yes
|
5E-08
|
sec
|
|
DELAY
|
DIGCLOCK
|
SOURCE
|
Delay before clock starts
|
No
|
0
|
sec
|
|
DELAY
|
EFREQ, FTABLE, GFREQ
|
ABM
|
Phase delay to apply to data in frequency table
|
No
|
0
|
sec
|
|
DELAY
|
DELAY
|
DIG_MISC
|
Digital delay
|
Yes
|
50n
|
sec
|
|
DENOM
|
LAPLACE
|
ABM
|
Denominator of Laplace transform
|
Yes
|
1 + s
|
none
|
|
DETENT
|
BLDCMTR
|
MIX_MISC
|
Magnetic detent torque
|
Yes
|
2.9
|
g*cm
|
|
DF
|
VSIN, ISIN
|
SOURCE
|
Damping factor
|
No
|
0
|
none
|
|
DHOLD
|
DACSER<SIZE>
|
DATACONV
|
Data hold time
|
Yes
|
10n
|
sec
|
|
DIG_GND
|
STIM<SIZE>
|
SOURCE
|
Digital ground reference node (change for user power supply)
|
Yes
|
$G_DGND
|
none
|
|
DIG_PWR
|
STIM<SIZE>
|
SOURCE
|
Digital power reference node (change for user power supply)
|
Yes
|
$G_DPWR
|
none
|
|
DRAG
|
Relay_SPDT_phy
|
ANL_MISC
|
Air and other contact arm drag
|
Yes
|
1
|
g*cm/sec^2
|
|
DSET
|
DACSER<SIZE>
|
DATACONV
|
Data setup time
|
Yes
|
100n
|
sec
|
|
ERRORLIMIT
|
RELEASE<SIZE>, HOLD<SIZE>, CONSTRAINT<SIZE>, SETUP<SIZE>, WIDTH_HI, WIDTH_LO, MAXFREQ
|
DIG_MISC
|
Maximum number of constraint checker violations to report
|
No
|
20
|
none
|
|
EXP<LINE>
|
PWR, PWRS, ABM2, ABM3, ABM1, ABM1/I, ABM3/I, ABM2/I, ABM/I, ABM
|
ABM
|
ABM expression line containing circuit variables and math functions and operators forming controlling expression. Start with lowest number. Lines are concatenated.
|
Yes
|
1
|
none
|
|
EXPR
|
ELAPLACE, GTABLE, EFREQ, ETABLE, GVALUE, GFREQ, EVALUE, GLAPLACE
|
ABM
|
ABM expression line containing circuit variables and math functions and operators forming controlling expression. Default is signal connected to input pins of symbol.
|
No
|
V(%IN+, %IN-)
|
instance
|
|
F
|
T
|
ANALOG
|
Frequency for NL parameter (see Transmission Line device)
|
No
|
none
|
Hz
|
|
F0
|
BANDREJ, BANDPASS
|
ABM
|
Lower stopband frequency of filter
|
Yes
|
10
|
Hz
|
|
F1
|
BANDREJ, BANDPASS
|
ABM
|
Lower passband frequency of filter
|
Yes
|
100
|
Hz
|
|
F2
|
BANDREJ, BANDPASS
|
ABM
|
Upper passband frequency of filter
|
Yes
|
300
|
Hz
|
|
F3
|
BANDREJ, BANDPASS
|
ABM
|
Upper stopband frequency of filter
|
Yes
|
1000
|
Hz
|
|
FC
|
VSFFM, ISFFM
|
SOURCE
|
Carrier frequency
|
Yes
|
none
|
Hz
|
|
FILE
|
VPWL_F_RE_FOREVER, IPWL_F_RE_N_TIMES, VPWL_FILE, IPWL_F_RE_FOREVER, VPWL_F_RE_N_TIMES
|
SOURCE
|
Input file containing PWL source data, (time, analog value) pairs
|
Yes
|
none
|
none
|
|
FILE
|
VECTOR<SIZE>
|
SPECIAL
|
Output file for .VECTOR results
|
No
|
none
|
none
|
|
FILENAME
|
FileStim<SIZE>
|
SOURCE
|
Input file containing STIM source data, (time, digital value) pairs
|
Yes
|
none
|
none
|
|
FILENAME
|
LIB
|
SPECIAL
|
Library file name to be included
|
Yes
|
none
|
none
|
|
FILENAME
|
INCLUDE
|
SPECIAL
|
Include file name to be included
|
Yes
|
none
|
none
|
|
FIRST_NPAIRS
|
IPWL_RE_FOREVER, VPWL_RE_N_TIMES, VPWL_ENH, VPWL_RE_FOREVER, IPWL_ENH, IPWL_RE_N_TIMES
|
SOURCE
|
First line containing PWL data, (time, analog value) pairs. Lines will be concatenated.
|
Yes
|
none
|
pairs
|
|
FLOAT
|
|
|
Property that should be added on an unconnected pin. Add this property on unconnected pins instead of using a No Connect symbol.
|
|
|
|
|
See Using the FLOAT property
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
FM
|
VSFFM, ISFFM
|
SOURCE
|
Modulation frequency
|
Yes
|
none
|
Hz
|
|
FORMAT
|
STIM1
|
SOURCE
|
Digital data format (1=bit, 4=hex).
|
No
|
1
|
binary
|
|
FORMAT
|
STIM4
|
SOURCE
|
Digital data format (1=bit, 4=hex)
|
No
|
1111
|
binary
|
|
FORMAT
|
STIM8
|
SOURCE
|
Digital data format (1=bit, 4=hex)
|
No
|
11111111
|
binary
|
|
FORMAT
|
STIM16
|
SOURCE
|
Digital data format (1=bit, 4=hex)
|
No
|
4444
|
hex
|
|
FP
|
HIPASS
|
ABM
|
Pass band cutoff frequency
|
Yes
|
100
|
Hz
|
|
FP
|
LOPASS
|
ABM
|
Pass band cutoff frequency
|
Yes
|
10
|
Hz
|
|
FREQ
|
VSIN, ISIN
|
SOURCE
|
Frequency of sinusoid (transient analysis only)
|
Yes
|
none
|
Hz
|
|
FRICTION
|
BLDCMTR
|
MIX_MISC
|
Friction/drag losses (constant torque losses)
|
Yes
|
0.72
|
g*cm
|
|
FRQ
|
COAX, RG6/U, RG58A/U, RG59B/U, RG8A/U, RG9B/U, RG174/U, RG8/U, RG12A/U, RG58C/U, RG6A/U, RG11A/U, RG59/u=, RG22B/U, RG55B/U, RG58/U+, RG8/u+, RG62/U RG179B/U, RG178B/U, RG188A/U, RG212/U, RG223/U, RG11/u+, RG62A/U, RG63B/U, RG187A/U, RG213/U, RG214/U, RG11/U, RG55/U, RG196A/U, RG215/U, RG71B/U, RG195A/U, RG217/U, RG58/U, RG218/U, RG59/U, RG219/U, RG180B/U
|
TLINE
|
Frequency to evaluate expressions for R and G (conductor and dielectric losses). If specified, R and G are constant in the model. No assignment to FRQ (leaving the value empty) will select Laplace expression for R and G to model skin effect.
|
No
|
100Meg
|
Hz
|
|
FRQ
|
TP19AWG, TP26AWG, TP24AWG, TP22AWG
|
TLINE
|
Frequency to evaluate expressions for R and G (conductor and dielectric losses). If specified, R and G are constant in the model. No assignment to FRQ (leaving the value empty) will select Laplace expression for R and G to model skin effect (use for AC Sweep analysis only).
|
No
|
5k
|
Hz
|
|
FS
|
LOPASS
|
ABM
|
Stop band cutoff frequency
|
Yes
|
100
|
Hz
|
|
FS
|
CMLSCCM
|
SWIT_RAV
|
Operating frequency
|
Yes
|
100k
|
Hz
|
|
FS
|
CMSSCCM
|
SWIT_RAV
|
Operating frequency
|
Yes
|
100k
|
Hz
|
|
FS
|
HIPASS
|
ABM
|
Stop band cutoff frequency
|
Yes
|
10
|
Hz
|
|
FS
|
VMLSDCM
|
SWIT_RAV
|
Operating frequency
|
Yes
|
50k
|
Hz
|
|
FS
|
VMCCMDCM
|
SWIT_RAV
|
Operating frequency
|
Yes
|
50k
|
Hz
|
|
FSOFFSET
|
QRLSZCS
|
SWIT_RAV
|
Frequency from Vco at zero Vc
|
Yes
|
280k
|
Hz
|
|
G
|
T<SIZE>coupled, TLUMP<SIZE>
|
TLINE
|
Per unit length conductance
|
Yes
|
0
|
Siemens
|
|
G
|
TLOSSY
|
ANALOG
|
Per unit length conductance
|
Yes
|
1
|
Siemens
|
|
G1
|
T<SIZE>coupledX
|
TLINE
|
Per unit length conductance of first conductor
|
Yes
|
0
|
Siemens
|
|
G2
|
T<SIZE>coupledX
|
TLINE
|
Per unit length conductance of second conductor
|
Yes
|
0
|
Siemens
|
|
G3
|
T<SIZE>coupledX
|
TLINE
|
Per unit length conductance of third conductor
|
Yes
|
0
|
Siemens
|
|
G4
|
T<SIZE>coupledX
|
TLINE
|
Per unit length conductance of fourth conductor
|
Yes
|
0
|
Siemens
|
|
G5
|
T<SIZE>coupledX
|
TLINE
|
Per unit length conductance of fifth conductor
|
Yes
|
0
|
Siemens
|
|
GAIN
|
E
|
ANALOG
|
Voltage gain
|
Yes
|
1
|
V/V
|
|
GAIN
|
F
|
ANALOG
|
Current gain
|
Yes
|
1
|
A/A
|
|
GAIN
|
G
|
ANALOG
|
Transconductance
|
Yes
|
1
|
I/V
|
|
GAIN
|
H
|
ANALOG
|
Transresistance
|
Yes
|
1
|
V/I
|
|
GAIN
|
DIFFER
|
ABM
|
Prescaling factor before differentiation
|
Yes
|
1
|
instance
|
|
GAIN
|
INTEG
|
ABM
|
Prescaling factor before integration
|
Yes
|
1
|
instance
|
|
GAIN
|
GAIN
|
ABM
|
Gain
|
Yes
|
1000
|
instance
|
|
GAIN
|
GLIMIT
|
ABM
|
Prescaling factor before limiting
|
Yes
|
1k
|
instance
|
|
GAIN
|
HILO
|
ABM
|
Prescaling factor before limiting
|
Yes
|
1k
|
instance
|
|
GAIN
|
SOFTLIM
|
ABM
|
Prescaling factor before limiting
|
Yes
|
1k
|
instance
|
|
GAIN_REF
|
ADCPAR<SIZE>
|
DATACONV
|
Upper input voltage limit
|
Yes
|
0.4
|
none
|
|
GAIN_REF_GND
|
ADCPAR<SIZE>
|
DATACONV
|
Lower input voltage limit
|
Yes
|
-0.4
|
none
|
|
HCTAU
|
BULB
|
OPTO
|
Heat capacity time constant
|
Yes
|
4.082
|
sec
|
|
HI
|
WATCH1
|
SPECIAL
|
Upper limit value for .WATCH
|
Yes
|
none
|
V
|
|
HI
|
GLIMIT, HILO, SOFTLIM
|
ABM
|
Upper limit
|
Yes
|
10
|
V
|
|
HOLDTIME
|
HOLD<SIZE>
|
DIG_MISC
|
Hold time for constraint checking
|
Yes
|
none
|
sec
|
|
I_DROP
|
BOUNCE, NO_BOUNCE, Relay_DPDT_b, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb
|
ANL_MISC
|
Drop-out current
|
Yes
|
25m
|
A
|
|
I_PULL
|
BOUNCE, NO_BOUNCE, Relay_DPDT_b, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb
|
ANL_MISC
|
Pull-in current
|
Yes
|
35m
|
A
|
|
I1
|
IPULSE, IEXP
|
SOURCE
|
First current level
|
Yes
|
none
|
A
|
|
I2
|
IPULSE, IEXP
|
SOURCE
|
Second current level
|
Yes
|
none
|
A
|
|
I1
|
IPWL
|
SOURCE
|
First PWL point (0s, current value)
|
Yes
|
none
|
A
|
|
I2
|
IPWL
|
SOURCE
|
Second PWL point (time, current value)
|
No
|
none
|
A
|
|
I3
|
IPWL
|
SOURCE
|
Third PWL point (time, current value)
|
No
|
none
|
A
|
|
I4
|
IPWL
|
SOURCE
|
Fourth PWL point (time, current value)
|
No
|
none
|
A
|
|
I5
|
IPWL
|
SOURCE
|
Fifth PWL point (time, current value)
|
No
|
none
|
A
|
|
I6
|
IPWL
|
SOURCE
|
Sixth PWL point (time, current value)
|
No
|
none
|
A
|
|
I7
|
IPWL
|
SOURCE
|
Seventh PWL point (time, current value)
|
No
|
none
|
A
|
|
I8
|
IPWL
|
SOURCE
|
Eighth PWL point (time, current value)
|
No
|
none
|
A
|
|
IAMPL
|
ISIN
|
SOURCE
|
Current amplitude of sinusoid (transient analysis only)
|
Yes
|
none
|
A
|
|
IAMPL
|
ISFFM
|
SOURCE
|
Current amplitude of SFFM (transient analysis only)
|
Yes
|
none
|
A
|
|
IC
|
Cbreak, C
|
BREAKOUT, ANALOG
|
Initial voltage condition on capacitor
|
No
|
0
|
V
|
|
IC
|
Lbreak, L
|
BREAKOUT, ANALOG
|
Initial current condition on inductor
|
No
|
0
|
A
|
|
IC
|
INTEG
|
ABM
|
Initial condition for integrator
|
Yes
|
0
|
instance
|
|
IC
|
VMSSCCM
|
SWIT_RAV
|
Current flowing from terminal C
|
Yes
|
1
|
A
|
|
IC
|
CMSSCCM
|
SWIT_RAV
|
Current flowing from terminal C
|
Yes
|
100
|
A
|
|
IMAG
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write signal in IMAGINARY format in output file (Y|N)
|
No
|
N
|
none
|
|
INDUCTANCE
|
BLDCMTR
|
MIX_MISC
|
Winding inductance
|
Yes
|
3m
|
Hz
|
|
INERTIA
|
BLDCMTR
|
MIX_MISC
|
Moment of inertia of rotor
|
Yes
|
0.30
|
g*cm*sec*sec
|
|
IO_MODEL
|
DACSER<SIZE>, DACCUR<SIZE>, ADCSER<SIZE>, ADCPAR<SIZE>, DACPAR<SIZE>, ADCMIC<SIZE>
|
DATACONV
|
I/O model to use for and D/A converter models
|
No
|
IO_HCT
|
none
|
|
IO_MODEL
|
STIM<SIZE>, DIGCLOCK, DIGSTIM
|
SOURCE
|
I/O model to use for digital stimulus
|
No
|
IO_STM
|
none
|
|
IOFF
|
ISIN, ISFFM
|
SOURCE
|
Offset current of transient analysis source
|
Yes
|
none
|
A
|
|
ISINK
|
DACPAR<SIZE>
|
DATACONV
|
Typical output sink current
|
Yes
|
-400u
|
A
|
|
ISOURCE
|
DACPAR<SIZE>
|
DATACONV
|
Typical output source current
|
Yes
|
5m
|
A
|
|
K_COEF
|
3phase
|
ANL_MISC
|
Mutual coupling coefficient
|
Yes
|
0.9999
|
none
|
|
KP
|
ZbreakN
|
BREAKOUT
|
MOS transconductance for IGBT
|
No
|
0.38
|
A/V^2
|
|
L
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Length
|
no
|
DEFL
|
m
|
|
L
|
TLOSSY, TLUMP<SIZE>,
|
ANALOG, TLINE
|
Per unit length inductance
|
Yes
|
1
|
H
|
|
L
|
T<SIZE>coupled
|
TLINE
|
Per unit length inductance
|
Yes
|
-1
|
H
|
|
L_COIL
|
BOUNCE, NO_BOUNCE, Relay_DPDT_b, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb, Relay_SPDT_phy
|
ANL_MISC, MIX_MISC
|
Coil inductance
|
Yes
|
5m
|
H
|
|
L1
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of first coupled inductor
|
Yes
|
L1
|
refdes
|
|
L1
|
T<SIZE>coupledX
|
TLINE
|
Per unit length inductance of first conductor
|
Yes
|
-1
|
H
|
|
L1_TURNS
|
XFRM_NONLINEAR
|
BREAKOUT
|
Number of turns for first inductor
|
Yes
|
none
|
none
|
|
L1_VALUE
|
XFRM_LINEAR
|
ANALOG
|
Inductance value of first inductor
|
Yes
|
none
|
H
|
|
L2
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of second coupled inductor
|
Yes
|
L2
|
refdes
|
|
L2
|
T<SIZE>coupledX
|
TLINE
|
Per unit length inductance of second conductor
|
Yes
|
-1
|
H
|
|
L2_TURNS
|
XFRM_NONLINEAR
|
BREAKOUT
|
Number of turns for second inductor
|
Yes
|
none
|
none
|
|
L2_VALUE
|
XFRM_LINEAR
|
ANALOG
|
Inductance value of second inductor
|
Yes
|
none
|
H
|
|
L3
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of third coupled inductor
|
Yes
|
L3
|
refdes
|
|
L3
|
T<SIZE>coupledX
|
TLINE
|
Per unit length inductance of third conductor
|
Yes
|
-1
|
H
|
|
L4
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of fourth coupled inductor
|
Yes
|
L4
|
refdes
|
|
L4
|
T<SIZE>coupledX
|
TLINE
|
Per unit length inductance of fourth conductor
|
Yes
|
-1
|
H
|
|
L5
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of fifth coupled inductor
|
Yes
|
L5
|
refdes
|
|
L5
|
T<SIZE>coupledX
|
TLINE
|
Per unit length inductance of fifth conductor
|
Yes
|
-1
|
H
|
|
L6
|
K_LINEAR, kbreak
|
ANALOG, BREAKOUT
|
Reference Designator of sixth coupled inductor
|
Yes
|
L6
|
refdes
|
|
LDACMINLO
|
DACPAR<SIZE>
|
DATACONV
|
Minimum pulse width low for LDAC
|
Yes
|
90n
|
sec
|
|
LEN
|
COAX, RG6/U, RG58A/U, RG59B/U, RG8A/U, RG9B/U, RG174/U, RG8/U, RG12A/U, RG58C/U, RG6A/U, RG11A/U, RG59/u=, RG22B/U, RG55B/U, RG58/U+, RG8/u+, RG62/U RG179B/U, RG178B/U, RG188A/U, RG212/U, RG223/U, RG11/u+, RG62A/U, RG63B/U, RG187A/U, RG213/U, RG214/U, RG11/U, RG55/U, RG196A/U, RG215/U, RG71B/U, RG195A/U, RG217/U, RG58/U, RG218/U, RG59/U, RG219/U, RG180B/U, TWSTPAIR, TP24AWG, TP22AWG, TP19AWG, TP16AWG, TLOSSY, TLURC<SIZE>, TLUMP<SIZE>, T<SIZE>coupled, T<SIZE>coupledX
|
TLINE, ANALOG
|
Length of transmission line. The characteristic parameters R, L, G, and C are defined per unit length. For coax and twisted pair models, the length must be specified in meters.
|
Yes
|
none
|
m
|
|
LFIL
|
VMLSDCM, VMCCMDCM
|
SWIT_RAV
|
Filter inductance
|
Yes
|
500u
|
H
|
|
LFIL
|
CMLSCCM, CMSSCCM
|
SWIT_RAV
|
Filter inductance
|
Yes
|
5u
|
H
|
|
LIM_K
|
Relay_SPDT_phy
|
ANL_MISC
|
Limit spring rate
|
Yes
|
1000000
|
g/sec
|
|
LM
|
T<SIZE>coupled, T<SIZE>coupledX
|
TLINE
|
Mutual inductance per unit length
|
Yes
|
0
|
H
|
|
LM
|
Kcouple2
|
TLINE
|
Mutual coupling inductance per unit length
|
Yes
|
none
|
H
|
|
LM12
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 1 and 2
|
Yes
|
0
|
H
|
|
LM13
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 1 and 3
|
Yes
|
0
|
H
|
|
LM14
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 1 and 4
|
Yes
|
0
|
H
|
|
LM15
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 1 and 5
|
Yes
|
0
|
H
|
|
LM21
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 2 and 1
|
Yes
|
none
|
H
|
|
LM23
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 2 and 3
|
Yes
|
0
|
H
|
|
LM24
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 2 and 4
|
Yes
|
0
|
H
|
|
LM25
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 2 and 5
|
Yes
|
0
|
H
|
|
LM31
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 3 and 1
|
Yes
|
none
|
H
|
|
LM32
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 3 and 2
|
Yes
|
none
|
H
|
|
LM34
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 3 and 4
|
Yes
|
0
|
H
|
|
LM35
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 3 and 5
|
Yes
|
0
|
H
|
|
LM41
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 4 and 1
|
Yes
|
none
|
H
|
|
LM42
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 4 and 2
|
Yes
|
none
|
H
|
|
LM43
|
Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 4 and 3
|
Yes
|
none
|
H
|
|
LM45
|
T<SIZE>coupledX, Kcouple<SIZE>
|
TLINE
|
Mutual coupling inductance per unit length between tlines 4 and 5
|
Yes
|
0
|
H
|
|
LO
|
WATCH1
|
SPECIAL
|
Lower voltage value for .WATCH
|
Yes
|
none
|
none
|
|
LO
|
GLIMIT, HILO, LIMIT, SOFTLIM
|
ABM
|
Lower limit voltage
|
Yes
|
0
|
V
|
|
LO
|
QRLSZCS
|
SWIT_RAV
|
Resonant inductor value
|
Yes
|
20n
|
H
|
|
M
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Multiplier
|
No
|
1
|
none
|
|
MAG
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write signal in MAGNITUDE format in output file (Y|N)
|
No
|
Y
|
none
|
|
MAGUNITS
|
EFREQ, FTABLE, GFREQ
|
ABM
|
Units for magnitude table entries (MAG|DB)
|
No
|
MAG
|
none
|
|
MAXFREQ
|
MAXFREQ
|
DIG_MISC
|
Maximum frequency for constraint checker
|
Yes
|
none
|
Hz
|
|
MAXFREQ
|
ADCPAR<SIZE>
|
DATACONV
|
Maximum clock frequency
|
Yes
|
11Meg
|
Hz
|
|
MAXP
|
Relay_SPDT_phy
|
ANL_MISC
|
Maximum permeance (when arm is close to coil)
|
Yes
|
5
|
gauss*m^2/A
|
|
MINFREQ
|
MINFREQ
|
DIG_MISC
|
Minimum frequency for constraint checker
|
Yes
|
none
|
Hz
|
|
MINFREQ
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum clock frequency
|
Yes
|
10K
|
Hz
|
|
MINHOLD
|
ADCMIC<SIZE>
|
DATACONV
|
R/Cbar to CSbar hold time
|
Yes
|
10n
|
sec
|
|
MINLO
|
ADCMIC<SIZE>
|
DATACONV
|
R/Cbar minimum pulse width
|
Yes
|
50n
|
sec
|
|
MINP
|
Relay_SPDT_phy
|
ANL_MISC
|
Minimum permeance (when arm is close to coil)
|
Yes
|
1
|
gauss*m^2/A
|
|
MINPER
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum time between conversions
|
Yes
|
10u
|
sec
|
|
MINSET
|
ADCMIC<SIZE>
|
DATACONV
|
R/Cbar to CSbar setup time
|
Yes
|
10n
|
sec
|
|
MINW
|
DACSER<SIZE>
|
DATACONV
|
LDAC low minimum pulse width
|
Yes
|
50n
|
sec
|
|
MOD
|
VSFFM, ISFFM
|
SOURCE
|
Modulation Index
|
Yes
|
none
|
none
|
|
MUTUAL_IND
|
BLDCMTR
|
MIX_MISC
|
Adjacent winding mutual coupling factor
|
Yes
|
0.5
|
none
|
|
N
|
QRLSZCS
|
SWIT_RAV
|
Full-wave=1; half-wave=2
|
Yes
|
2
|
none
|
|
NL
|
T
|
ANALOG
|
Number of wavelengths
|
No
|
none
|
none
|
|
NRB
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Multiplier of RSH to get RB
|
No
|
0
|
none
|
|
NRD
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Multiplier of RSH to get RD
|
No
|
0
|
none
|
|
NRG
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Multiplier of RSH to get RG
|
No
|
0
|
none
|
|
NRS
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Multiplier of RSH to get RS
|
No
|
0
|
none
|
|
NUM
|
LAPLACE
|
ABM
|
Numerator of Laplace transform
|
Yes
|
1
|
none
|
|
OFFTIME
|
DIGCLOCK
|
SOURCE
|
Time clock is low
|
Yes
|
.5u
|
sec
|
|
ONTIME
|
DIGCLOCK
|
SOURCE
|
Time clock is high
|
Yes
|
.5u
|
sec
|
|
OPPVAL
|
DIGCLOCK
|
SOURCE
|
State to transition to from low (usually 1)
|
Yes
|
1
|
none
|
|
PD
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Perimeter of drain
|
No
|
0
|
m
|
|
PER
|
IPULSE, VPULSE
|
SOURCE
|
Period
|
No
|
TSTOP
|
sec
|
|
PERIOD
|
SG1525A/25C, SG1526B, SG1525, SG1524B, SG1529
|
SWIT_REG
|
Period of internal oscillator
|
Yes
|
1m
|
sec
|
|
PERIOD
|
SG1825
|
SWIT_REG
|
Period of internal oscillator
|
Yes
|
2.5u
|
sec
|
|
PERIOD
|
SG1825, SG1842, SG1843, SG1844, SG1845, SG1846
|
SWIT_REG
|
Period of internal oscillator
|
Yes
|
22.5u
|
sec
|
|
PERMEANCE_RATIO
|
3phase
|
ANL_MISC
|
Ratio of Permeance_inner/Permeance_outer
|
Yes
|
1
|
none
|
|
PHASE
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write signal in PHASE format in output file (Y|N)
|
No
|
N
|
none
|
|
PHASEUNITS
|
EFREQ, FTABLE, GFREQ
|
ABM
|
Units for phase table entries (DEG|RAD)
|
No
|
DEG
|
none
|
|
PNOM
|
BULB
|
OPTO
|
Nominal power
|
Yes
|
100
|
W
|
|
POS
|
VECTOR<SIZE>
|
SPECIAL
|
Column position (see .VECTOR)
|
No
|
see .VECTOR
|
none
|
|
PRI_IND
|
3phase
|
ANL_MISC
|
Primary inductance
|
Yes
|
200m
|
H
|
|
PRI_R
|
3phase
|
ANL_MISC
|
Primary resistance
|
Yes
|
0.1
|
Ohms
|
|
PS
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Perimeter of source
|
No
|
0
|
m
|
|
PULSE
|
74LS122, 74LS123
|
1_SHOT
|
Pulsewidth
|
Yes
|
116n
|
sec
|
|
PULSE
|
CD4098B
|
1_SHOT
|
Pulsewidth
|
Yes
|
1u
|
sec
|
|
PULSE
|
CD4538B
|
1_SHOT
|
Pulsewidth
|
Yes
|
20u
|
sec
|
|
PULSE
|
74121
|
1_SHOT
|
Pulsewidth
|
Yes
|
30n
|
sec
|
|
PULSE
|
54L121
|
1_SHOT
|
Pulsewidth
|
Yes
|
35n
|
sec
|
|
PULSE
|
74122
|
1_SHOT
|
Pulsewidth
|
Yes
|
45n
|
sec
|
|
PULSE
|
74123
|
1_SHOT
|
Pulsewidth
|
Yes
|
45n
|
sec
|
|
PULSE
|
54L122, 54L123
|
1_SHOT
|
Pulsewidth
|
Yes
|
90n
|
sec
|
|
PW
|
IPULSE, VPULSE
|
SOURCE
|
Pulsewidth
|
No
|
TSTOP
|
sec
|
|
QUIESCUR
|
SG1842, SG1843
|
SWIT_REG
|
Quiescent current
|
Yes
|
11m
|
A
|
|
R
|
T<SIZE>coupled, TLUMP<SIZE>, TLOSSY, TLURC<SIZE>
|
TLINE, ANALOG
|
Per unit length resistance
|
Yes
|
0
|
Ohms
|
|
R_CLOSE
|
BOUNCE, Relay_SPDT_phy, NO_BOUNCE, Relay_DPDT_B, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb
|
ANL_MISC, MIX_MISC
|
Closed state resistance
|
Yes
|
0.05
|
Ohms
|
|
R_COIL
|
BOUNCE, Relay_SPDT_phy, NO_BOUNCE, Relay_DPDT_B, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb
|
ANL_MISC, MIX_MISC
|
Series resistance of coil
|
Yes
|
10
|
Ohms
|
|
R_I
|
EFREQ, FTABLE, GFREQ
|
ABM
|
Use real and imaginary (set value to R_I). Default is magnitude and phase
|
No
|
magnitude/phase
|
none
|
|
R_OPEN
|
BOUNCE, Relay_SPDT_phy, NO_BOUNCE, Relay_DPDT_B, Relay_SPDT_b, Relay_SPDT_nb, Relay_DPDT_nb
|
ANL_MISC, MIX_MISC
|
Closed state resistance
|
Yes
|
100MEG
|
Ohms
|
|
R_REF_IN
|
ADCPAR<SIZE>
|
DATACONV
|
Input resistance of reference
|
Yes
|
5K
|
Ohms
|
|
R_REF_OUT
|
ADCPAR<SIZE>
|
DATACONV
|
Output resistance of reference out
|
Yes
|
12
|
Ohms
|
|
R_REF_OUT
|
ADCMIC<SIZE>
|
DATACONV
|
Output resistance of reference out
|
Yes
|
4K
|
Ohms
|
|
R1
|
T<SIZE>coupledX
|
TLINE
|
Per unit length resistance of first conductor
|
Yes
|
0
|
Ohms
|
|
R2
|
T<SIZE>coupledX
|
TLINE
|
Per unit length resistance of second conductor
|
Yes
|
0
|
Ohms
|
|
R3
|
T<SIZE>coupledX
|
TLINE
|
Per unit length resistance of third conductor
|
Yes
|
0
|
Ohms
|
|
R4
|
T<SIZE>coupledX
|
TLINE
|
Per unit length resistance of fourth conductor
|
Yes
|
0
|
Ohms
|
|
R5
|
T<SIZE>coupledX
|
TLINE
|
Per unit length resistance of fifth conductor
|
Yes
|
0
|
Ohms
|
|
RADIX
|
VECTOR<SIZE>
|
SPECIAL
|
Radix of values of the specified nodes
|
No
|
see .VECTOR
|
none
|
|
RCLOSED
|
Sw_tClose, Sw_tOpen
|
ANL_MISC
|
Closed state resistance
|
Yes
|
0.01
|
Ohms
|
|
RD
|
VMSSCCM
|
SWIT_RAV
|
Diode on resistance
|
Yes
|
0.000001
|
Ohms
|
|
RE
|
VMSSCCM
|
SWIT_RAV
|
Models ripple across esr of cap
|
Yes
|
0.000001
|
Ohms
|
|
REAL
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write signal in REAL format in output file (Y|N)
|
No
|
N
|
none
|
|
REF_ASSERTION
|
RELEASE<SIZE>
|
DIG_MISC
|
Reference edge of clock
|
Yes
|
LH
|
none
|
|
REF_VOLT_GAIN
|
ADCMIC<SIZE>
|
DATACONV
|
Reference voltage gain
|
Yes
|
4
|
none
|
|
REFERENCE
|
CD4000_PWR, DIGIFPWR
|
SPECIAL
|
Negative power supply value
|
Yes
|
0
|
V
|
|
REL_CTR
|
A4N27, A4N28, CNY17-1, CNY17-2, PS2561, CNY17-3, H11A520, PS1001, A4N49A, BPW32, A4N48A, A4N47A, A4N32, A4N25A, MRD510, PS2565-1, PS2621, A4N33, H11A2, MRD500, H11AV1, MCT2, H11A3, PS2501-1, PS2601, H11AV2, H11A4, H11AV3, A4N25, A4N26, MCT2E, MLED96, PS2505-1, MOC1005, MOC1006, IL300, SLD1121VS
|
OPTO
|
Relative current transfer ratio
|
Yes
|
0.5
|
none
|
|
RELEASETIME
|
RELEASE<SIZE>
|
DIG_MISC
|
Minimum time between signal inactive and clock edge
|
Yes
|
none
|
sec
|
|
REPEAT_VALUE
|
VPWL_RE_N_TIMES, IPWL_F_RE_N_TIMES, VPWL_ENH, VPWL_FILE, IPWL_ENH, IPWL_RE_N_TIMES, VPWL_F_RE_N_TIMES
|
SOURCE
|
Number of repetitions of specified window of signal
|
No
|
1
|
none
|
|
RESISTANCE
|
BLDCMTR
|
MIX_MISC
|
Winding resistance
|
Yes
|
6
|
Ohms
|
|
RI
|
CMLSCCM, CMSSCCM
|
SWIT_RAV
|
Current feedback coefficient
|
Yes
|
0.01
|
none
|
|
RIN
|
ADCPAR<SIZE>
|
DATACONV
|
Input resistance of analog input
|
Yes
|
50K
|
Ohms
|
|
RIPPLE
|
HIPASS, LOPASS, BANDREJ, BANDPASS
|
ABM
|
Ripple specification
|
Yes
|
1dB
|
none
|
|
RM
|
VMSSCCM
|
SWIT_RAV
|
Resistance modeling the base storage effects
|
Yes
|
0.000001
|
Ohms
|
|
RMPHITE
|
VMLSCCM, VMLSDCM, VMSSCCM, VMCCMDCM
|
SWIT_RAV
|
External ramp height
|
Yes
|
2
|
V
|
|
ROFF
|
Sbreak
|
BREAKOUT
|
Off-state resistance
|
Yes
|
1000000
|
Ohms
|
|
RON
|
Sbreak
|
BREAKOUT
|
On-state resistance
|
Yes
|
1
|
Ohms
|
|
ROPEN
|
Sw_tClose, Sw_tOpen
|
ANL_MISC
|
Open-state resistance
|
Yes
|
1Meg
|
Ohms
|
|
ROW1
|
FTABLE
|
ABM
|
First row of data triplets (freq, mag, phase)
|
Yes
|
(0Hz, 0, 0)
|
triplet
|
|
ROW1
|
TABLE
|
ABM
|
First row of data pairs (input, output)
|
Yes
|
(0v, 0v)
|
pair
|
|
ROW2
|
FTABLE
|
ABM
|
Second row of data triplets (freq, mag, phase); rows are concatenated
|
No
|
(10Hz, -3, -30)
|
triplet
|
|
ROW2
|
TABLE
|
ABM
|
Second row of data pairs (input, output); rows are concatenated
|
No
|
(1v, 1v)
|
pair
|
|
ROW3
|
FTABLE
|
ABM
|
Third row of data triplets (freq, mag, phase); rows are concatenated
|
No
|
(20Hz,-6, -90)
|
triplet
|
|
ROW3
|
TABLE
|
ABM
|
Third row of data pairs (input, output); rows are concatenated
|
No
|
(2v, 4v)
|
pair
|
|
ROW4
|
FTABLE
|
ABM
|
Fourth row of data triplets (freq, mag, phase); rows are concatenated
|
No
|
(30Hz, -10, -120)
|
triplet
|
|
ROW4
|
TABLE
|
ABM
|
Fourth row of data pairs (input, output); rows are concatenated
|
No
|
(3v, 9v)
|
pair
|
|
ROW5
|
FTABLE
|
ABM
|
Fifth row of data triplets (freq, mag, phase); rows are concatenated
|
No
|
(40Hz, -15, -150)
|
triplet
|
|
ROW5
|
TABLE
|
ABM
|
Fifth row of data pairs (input, output); rows are concatenated
|
No
|
(4v, 16v)
|
pair
|
|
RSW
|
VMSSCCM
|
SWIT_RAV
|
Switch on resistance
|
Yes
|
0.000001
|
Ohms
|
|
RTR_POLE_PAIRS
|
BLDCMTR
|
MIX_MISC
|
Number of north poles on the rotor
|
Yes
|
2
|
none
|
|
SCHOLD
|
DACSER<SIZE>
|
DATACONV
|
SYNC to SCLK hold time
|
Yes
|
120n
|
sec
|
|
SCLK
|
DACSER<SIZE>
|
DATACONV
|
SCLK cycle time
|
Yes
|
200n
|
sec
|
|
SCSET
|
DACSER<SIZE>
|
DATACONV
|
SYNC to SCLK setup time
|
Yes
|
50n
|
sec
|
|
SE
|
CMLSCCM, CMSSCCM
|
SWIT_RAV
|
External ramp slope
|
Yes
|
100000
|
V/sec
|
|
SEC_R
|
3phase
|
ANL_MISC
|
Secondary winding resistance
|
Yes
|
0.1
|
Ohms
|
|
SECOND_NPAIRS
|
IPWL_RE_FOREVER, VPWL_RE_N_TIMES, VPWL_ENH, VPWL_RE_FOREVER, IPWL_ENH, IPWL_RE_N_TIMES
|
SOURCE
|
Second line containing PWL data, (time, analog value) pairs. Lines will be concatenated.
|
No
|
none
|
pairs
|
|
SET
|
R_VAR, C_VAR, POT
|
ANALOG, BREAKOUT
|
Position of slider between minimum and maximum value (linear interpolation)
|
Yes
|
0.5
|
none
|
|
SETUPTIME
|
SETUP<SIZE>
|
DIG_MISC
|
Setup time
|
Yes
|
none
|
sec
|
|
SIG_EDGE
|
RELEASE<SIZE>
|
DIG_MISC
|
Signal edge for constraint checking
|
Yes
|
LH
|
none
|
|
SIGNAME
|
FileStim<SIZE>
|
SOURCE
|
Signal name in file
|
No
|
none
|
none
|
|
SIGNAMES
|
VECTOR<SIZE>
|
SPECIAL
|
Names of signals which appear in the header of the vector file
|
No
|
node names
|
none
|
|
SN
|
CMSSCCM
|
SWIT_RAV
|
Current sense ramp slope
|
Yes
|
100000
|
V/sec
|
|
SPR
|
Relay_SPDT_phy
|
ANL_MISC
|
Contact arm spring force
|
Yes
|
40
|
g_cm/sec^2
|
|
SR
|
DACPAR<SIZE>
|
DATACONV
|
Slew rate of output
|
Yes
|
2.5Meg
|
V/sec
|
|
STARTVAL
|
DIGCLOCK
|
SOURCE
|
First digital value of clock
|
Yes
|
0
|
none
|
|
STOP
|
HIPASS, LOPASS, BANDREJ, BANDPASS
|
ABM
|
Stopband attenuation
|
Yes
|
50dB
|
none
|
|
T_BOUNCE
|
BOUNCE, Relay_DPDT_b, Relay_SPDT_b
|
ANL_MISC, MIX_MISC
|
Bounce time (after contact is closed)
|
Yes
|
5m
|
sec
|
|
T_BREAK
|
BOUNCE, Relay_DPDT_b, Relay_SPDT_b, NO_BOUNCE, Relay_DPDT_nb, Relay_SPDT_nb
|
ANL_MISC, MIX_MISC
|
Time for contact to open when current is turned off/on
|
Yes
|
10m
|
sec
|
|
T_MAKE
|
BOUNCE, Relay_DPDT_b, Relay_SPDT_b, NO_BOUNCE, Relay_DPDT_nb, Relay_SPDT_nb
|
ANL_MISC, MIX_MISC
|
Time for contact to close when current is turned off/on
|
Yes
|
20m
|
sec
|
|
T1
|
VPWL, IPWL
|
SOURCE
|
Time for first PWL pair (should be 0)
|
Yes
|
none
|
sec
|
|
T1
|
Kcouple<SIZE>
|
TLINE
|
Reference designator of first coupled transmission line
|
Yes
|
T1
|
refdes
|
|
T10
|
VPWL, IPWL
|
SOURCE
|
Time for tenth PWL pair
|
Yes
|
none
|
sec
|
|
T2
|
VPWL, IPWL
|
SOURCE
|
Time for second PWL pair
|
Yes
|
none
|
sec
|
|
T2
|
Kcouple<SIZE>
|
TLINE
|
Reference designator of second coupled transmission line
|
Yes
|
T2
|
refdes
|
|
T3
|
VPWL, IPWL
|
SOURCE
|
Time for third PWL pair
|
Yes
|
none
|
sec
|
|
T3
|
Kcouple<SIZE>
|
TLINE
|
Reference designator of third coupled transmission line
|
Yes
|
T3
|
refdes
|
|
T4
|
VPWL, IPWL
|
SOURCE
|
Time for fourth PWL pair
|
Yes
|
none
|
sec
|
|
T4
|
Kcouple<SIZE>
|
TLINE
|
Reference designator of fourth coupled transmission line
|
Yes
|
T4
|
refdes
|
|
T5
|
VPWL, IPWL
|
SOURCE
|
Time for fifth PWL pair
|
Yes
|
none
|
sec
|
|
T5
|
Kcouple<SIZE>
|
TLINE
|
Reference designator of fifth coupled transmission line
|
Yes
|
T5
|
refdes
|
|
T6
|
VPWL, IPWL
|
SOURCE
|
Time for sixth PWL pair
|
Yes
|
none
|
sec
|
|
T7
|
VPWL, IPWL
|
SOURCE
|
Time for seventh PWL pair
|
Yes
|
none
|
sec
|
|
T8
|
VPWL, IPWL
|
SOURCE
|
Time for eighth PWL pair
|
Yes
|
none
|
sec
|
|
T9
|
VPWL, IPWL
|
SOURCE
|
Time for ninth PWL pair
|
Yes
|
none
|
sec
|
|
TABLE
|
EFREQ, GFREQ
|
ABM
|
Triplets (freq, mag, phase) for frequency table
|
Yes
|
(0,0,0) (1Meg,-10,90)
|
triplets
|
|
TABLE
|
ETABLE, GTABLE
|
ABM
|
Pairs (input, output) for nonlinear table
|
Yes
|
(-15,-15) (15,15)
|
pairs
|
|
TAU
|
ZbreakN
|
BREAKOUT
|
Ambipolar recombination lifetime
|
No
|
7.1e-6
|
sec
|
|
TBUSY
|
ADCMIC<SIZE>
|
DATACONV
|
BUSYbar low time
|
Yes
|
8u
|
sec
|
|
TBUSYRC
|
ADCMIC<SIZE>
|
DATACONV
|
TBUSYRC - BUSYbar Delay from R/Cbar low
|
Yes
|
83n
|
sec
|
|
TC1
|
IEXP, VEXP
|
SOURCE
|
Rise (fall) time constant
|
No
|
TSTEP
|
sec
|
|
TC2
|
IEXP, VEXP
|
SOURCE
|
Fall (rise) time constant
|
No
|
TSTEP
|
sec
|
|
TCLOSE
|
Sw_tClose
|
ANL_MISC
|
Time at which switch closes
|
Yes
|
0
|
sec
|
|
TD
|
IPULSE, VPULSE
|
SOURCE
|
Delay
|
No
|
0
|
sec
|
|
TD
|
T
|
ANALOG
|
Propagation delay
|
No
|
none
|
sec
|
|
TD
|
ISIN, VSIN
|
SOURCE
|
Delay
|
No
|
0
|
sec
|
|
TD1
|
IEXP, VEXP
|
SOURCE
|
Rise (fall) delay
|
No
|
0
|
sec
|
|
TD2
|
IEXP, VEXP
|
SOURCE
|
Fall (rise) delay
|
No
|
<td1>+ TSTEP
|
sec
|
|
TF
|
IPULSE, VPULSE
|
SOURCE
|
Fall time
|
No
|
TSTEP
|
sec
|
|
THDGMN
|
DACPAR<SIZE>
|
DATACONV
|
Data valid to Write hold time
|
Yes
|
10n
|
sec
|
|
THIRD_NPAIRS
|
IPWL_RE_FOREVER, VPWL_RE_N_TIMES, VPWL_ENH, VPWL_RE_FOREVER, IPWL_ENH, IPWL_RE_N_TIMES
|
SOURCE
|
Second line containing PWL data, (time, analog value) pairs. Lines will be concatenated.
|
No
|
none
|
pairs
|
|
TIMESTEP
|
STIM<SIZE>
|
SOURCE
|
Number of seconds per clock cycle, or step when using the "C" suffix
|
No
|
0
|
sec
|
|
TOL
|
DELAY
|
DIG_MISC
|
Tolerance for delay in percent
|
Yes
|
10
|
%
|
|
TOLERANCE
|
R, L, C
|
ANALOG
|
Tolerance (e.g. 5%) for monte carlo/worst case analysis
|
No
|
none
|
none
|
|
TOPEN
|
Sw_tOpen
|
ANL_MISC
|
Time at which switch opens
|
Yes
|
0
|
sec
|
|
TORQUE_CONST
|
BLDCMTR
|
MIX_MISC
|
Torque constant
|
Yes
|
300
|
g*cm /amp
|
|
TPADHMN
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum output delay high
|
Yes
|
10n
|
sec
|
|
TPADHTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical output delay high
|
Yes
|
20n
|
sec
|
|
TPADLMN
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum output delay low
|
Yes
|
10n
|
sec
|
|
TPADLTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical output delay low
|
Yes
|
20n
|
sec
|
|
TPHZMN
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum bus relinquish time H-Z
|
Yes
|
10n
|
sec
|
|
TPHZMX
|
ADCMIC<SIZE>
|
DATACONV
|
Maximum bus relinquish time H-Z
|
Yes
|
83n
|
sec
|
|
TPHZTY
|
ADCMIC<SIZE>
|
DATACONV
|
Typical bus relinquish time H-Z
|
Yes
|
35n
|
sec
|
|
TPHZTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical output float delay H-Z
|
Yes
|
50n
|
sec
|
|
TPLZMN
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum bus relinquish time L-Z
|
Yes
|
10n
|
sec
|
|
TPLZMX
|
ADCMIC<SIZE>
|
DATACONV
|
Maximum bus relinquish time L-Z
|
Yes
|
83n
|
sec
|
|
TPLZTY
|
ADCMIC<SIZE>
|
DATACONV
|
Typical bus relinquish time L-Z
|
Yes
|
35n
|
sec
|
|
TPLZTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical output float delay L-Z
|
Yes
|
50n
|
sec
|
|
TPZHMN
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum data access time Z-H
|
Yes
|
10n
|
sec
|
|
TPZHMX
|
ADCMIC<SIZE>
|
DATACONV
|
Maximum data access time Z-H
|
Yes
|
83n
|
sec
|
|
TPZHTY
|
ADCMIC<SIZE>
|
DATACONV
|
Typical data access time Z-H
|
Yes
|
35n
|
sec
|
|
TPZHTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical data access time Z-H
|
Yes
|
50n
|
sec
|
|
TPZLMN
|
ADCMIC<SIZE>
|
DATACONV
|
Minimum data access time Z-L
|
Yes
|
10n
|
sec
|
|
TPZLMX
|
ADCMIC<SIZE>
|
DATACONV
|
Maximum data access time Z-L
|
Yes
|
83n
|
sec
|
|
TPZLTY
|
ADCMIC<SIZE>
|
DATACONV
|
Typical data access time Z-L
|
Yes
|
35n
|
sec
|
|
TPZLTY
|
ADCPAR<SIZE>
|
DATACONV
|
Typical data access time Z-L
|
Yes
|
50n
|
sec
|
|
TR
|
IPULSE, VPULSE
|
SOURCE
|
Rise time
|
No
|
TSTEP
|
sec
|
|
TRAN
|
ISRC, VSRC
|
SOURCE
|
Transient specification - EXP(), PULSE(), PWL(), SFFM() OR SIN()
|
No
|
none
|
none
|
|
TRAN
|
IPRINT, IPLOT, VPLOT1, VPLOT2, VPRINT1, VPRINT2
|
SPECIAL
|
Write TRAN analysis results to output file (Y|N)
|
No
|
Y
|
none
|
|
TSC0
|
ADCSER<SIZE>
|
DATACONV
|
CONVST/EOC* to CLOCK Skew (typical)
|
Yes
|
40n
|
sec
|
|
TSF
|
IPWL_RE_FOREVER, VPWL_F_RE_FOREVER, VPWL_RE_N_TIMES, IPWL_F_RE_N_TIMES, IPWL_F_RE_FOREVER, VPWL_ENH, VPWL_RE_FOREVER, VPWL_FILE, IPWL_ENH, IPWL_RE_N_TIMES, VPWL_F_RE_N_TIMES
|
SOURCE
|
Time scaling factor (multiplies time values)
|
No
|
1
|
none
|
|
TSUDGMN
|
DACPAR<SIZE>
|
DATACONV
|
Data valid to Write setup time
|
Yes
|
90n
|
sec
|
|
TTRAN
|
Sw_tClose
|
ANL_MISC
|
Transition time for switch to close
|
Yes
|
1u
|
sec
|
|
TTRAN
|
Sw_tOpen
|
ANL_MISC
|
Transition time for switch to open
|
Yes
|
1u
|
sec
|
|
TURNS
|
Relay_SPDT_phy
|
ANL_MISC
|
Number of turns
|
Yes
|
100
|
none
|
|
V_RATIO
|
3phase
|
ANL_MISC
|
|
|
1
|
|
|
V1
|
VPULSE, VEXP
|
SOURCE
|
First voltage level
|
Yes
|
none
|
V
|
|
V2
|
VPULSE, VEXP
|
SOURCE
|
Second voltage level
|
Yes
|
none
|
V
|
|
V1
|
VPWL
|
SOURCE
|
First PWL point (0s, current value)
|
Yes
|
none
|
V
|
|
V2
|
VPWL
|
SOURCE
|
Second PWL point (time, current value)
|
No
|
none
|
V
|
|
V3
|
VPWL
|
SOURCE
|
Third PWL point (time, current value)
|
No
|
none
|
V
|
|
V4
|
VPWL
|
SOURCE
|
Fourth PWL point (time, current value)
|
No
|
none
|
V
|
|
V5
|
VPWL
|
SOURCE
|
Fifth PWL point (time, current value)
|
No
|
none
|
V
|
|
V6
|
VPWL
|
SOURCE
|
Sixth PWL point (time, current value)
|
No
|
none
|
V
|
|
V7
|
VPWL
|
SOURCE
|
Seventh PWL point (time, current value)
|
No
|
none
|
V
|
|
V8
|
VPWL
|
SOURCE
|
Eighth PWL point (time, current value)
|
No
|
none
|
V
|
|
V9
|
VPWL
|
SOURCE
|
Ninth PWL point (time, current value)
|
No
|
none
|
V
|
|
V10
|
VPWL
|
SOURCE
|
Tenth PWL point (time, current value)
|
No
|
none
|
V
|
|
VALLEYV
|
VMLSCCM, VMLSDCM, VMCCMDCM
|
SWIT_RAV
|
Valley voltage of external ramp
|
Yes
|
1
|
V
|
|
VALUE
|
IC1, IC2
|
SPECIAL
|
.IC value
|
Yes
|
0
|
V
|
|
VALUE
|
NODESET1, NODESET2
|
SPECIAL
|
.NODESET value
|
Yes
|
0
|
V
|
|
VALUE
|
R, Rbreak
|
ANALOG, BREAKOUT
|
Resistance
|
Yes
|
1K
|
Ohms
|
|
VALUE
|
L, Lbreak
|
ANALOG, BREAKOUT
|
Inductance
|
Yes
|
1m
|
H
|
|
VALUE
|
C, Cbreak
|
ANALOG, BREAKOUT
|
Capacitance
|
Yes
|
1n
|
F
|
|
VAMPL
|
VSIN
|
SOURCE
|
Voltage amplitude of sinusoid (transient analysis only)
|
Yes
|
none
|
V
|
|
VAMPL
|
VSFFM
|
SOURCE
|
Voltage amplitude of SFFM (transient analysis only)
|
Yes
|
none
|
V
|
|
VAP
|
VMSSCCM, CMSSCCM
|
SWIT_RAV
|
Voltage across terminal A P
|
Yes
|
20
|
V
|
|
VCC1
|
ECL_10K_PWR, ECL_100K_PWR
|
SPECIAL
|
First power supply voltage for ECL supply
|
Yes
|
0
|
V
|
|
VCC2
|
ECL_10K_PWR, ECL_100K_PWR
|
SPECIAL
|
Second power supply voltage for ECL supply
|
Yes
|
0
|
V
|
|
VCOCOEFF
|
QRLSZCS
|
SWIT_RAV
|
Coefficient for voltage to frequency conversion
|
Yes
|
20k
|
none
|
|
VEE
|
ECL_100K_PWR
|
SPECIAL
|
VEE
|
Yes
|
-4.5
|
V
|
|
VEE
|
ECL_10K_PWR
|
SPECIAL
|
VEE
|
Yes
|
-5.2
|
V
|
|
VNOM
|
BULB
|
OPTO
|
Nominal operating voltage
|
Yes
|
120
|
V
|
|
VOFF
|
VSIN, VSFFM
|
SOURCE
|
Offset voltage
|
Yes
|
none
|
V
|
|
VOFF
|
Sbreak
|
BREAKOUT
|
Voltage lower threshold
|
Yes
|
0
|
V
|
|
VOLTAGE
|
CD4000_PWR, DIGIFPWR
|
SPECIAL
|
Digital power supply voltage
|
Yes
|
5
|
V
|
|
VON
|
Sbreak
|
BREAKOUT
|
Voltage upper threshold
|
Yes
|
1
|
V
|
|
VSF
|
IPWL_RE_FOREVER, VPWL_F_RE_FOREVER, VPWL_RE_N_TIMES, IPWL_F_RE_N_TIMES, IPWL_F_RE_FOREVER, VPWL_ENH, VPWL_RE_FOREVER, VPWL_FILE, IPWL_ENH, IPWL_RE_N_TIMES, VPWL_F_RE_N_TIMES
|
SOURCE
|
Voltage scaling factor (multiplies voltages)
|
No
|
1
|
none
|
|
VSINK
|
DACPAR<SIZE>
|
DATACONV
|
Output sink voltage (@ISINK)
|
Yes
|
-0.1
|
V
|
|
VSOURCE
|
DACPAR<SIZE>
|
DATACONV
|
Output source voltage (@ISOURCE)
|
Yes
|
10
|
V
|
|
VTT
|
ECL_10K_PWR, ECL_100K_PWR
|
SPECIAL
|
VTT, termination voltage
|
Yes
|
-2
|
V
|
|
W
|
MbreakN4, MbreakN, MbreakN3, MbreakP4, MbreakP, MbreakP3, Mbreak P4, MbreakN3
|
BREAKOUT
|
Length
|
No
|
DEFW
|
m
|
|
WB
|
ZbreakN
|
BREAKOUT
|
Metallurgical base width
|
No
|
9.0e-5
|
m
|
|
WHEN
|
RELEASE<SIZE>, HOLD<SIZE>, CONSTRAINT<SIZE>, SETUP<SIZE>, WIDTH_HI, WIDTH_LO, MINFREQ, MAXFREQ
|
DIG_MISC
|
Used to define a boolean expression describing a condition for a constraint checker primitive
|
No
|
none
|
none
|
|
WIDTH
|
WIDTH_HI
|
DIG_MISC
|
Minimum width high constraint
|
Yes
|
none
|
sec
|
|
WIDTH
|
WIDTH_LO
|
DIG_MISC
|
Minimum width low constraint
|
Yes
|
none
|
sec
|
|
WIDTH
|
STIM1
|
SOURCE
|
Number of bits
|
Yes
|
1
|
none
|
|
WIDTH
|
STIM16
|
SOURCE
|
Number of bits
|
Yes
|
16
|
none
|
|
WIDTH
|
STIM4
|
SOURCE
|
Number of bits
|
Yes
|
4
|
none
|
|
WIDTH
|
STIM8
|
SOURCE
|
Number of bits
|
Yes
|
8
|
none
|
|
WIDTH_MIN_HI
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum width high
|
Yes
|
45n
|
sec
|
|
WIDTH_MIN_LO
|
ADCPAR<SIZE>
|
DATACONV
|
Minimum width low
|
Yes
|
45n
|
sec
|
|
WRMINLO
|
DACPAR<SIZE>
|
DATACONV
|
Minimum width low of WR
|
Yes
|
90n
|
sec
|
|
XFORM
|
ELAPLACE, GLAPLACE
|
ABM
|
Laplace transform
|
Yes
|
1/s
|
none
|
|
Z0
|
T
|
ANALOG
|
Characteristic impedance
|
Yes
|
none
|
Ohms
|
