V1.04
Label
Reference ID
Short
Use Schematic Options global setting
Show labels
Show values
Show reference ID
Show grid
Use grid
Show models
Show nodes
Font name:
Font size:
Set label font
Set value font
Set Wire Color
Leakage
Open
None
Display node label
Set Node Color
Use as testpoint
Use initial conditions
Circuit
Schematic
C&opy from Circuit
&Move from Circuit
&Move from Circuit
R&eplace in Circuit
Cancel
&Accept
Resistance (R):
Mode:
Ammeter resistance (R):
Voltmeter resistance (R):
Ohmmeter current (I):
Decibel standard (V):
Frequence
Duty cycle
Amplitude
Offset
Y/T
Trigger
Ground
Level
Ext
Edit
Current
Initial
Final
Cycle
Burst
Step
Breakpoint
Pattern
Clear buffer
&Open
&Save
Up counter
Down counter
Shift right
Shift left
Positive
Negative
External
Internal
Internal clock rate
Clock edge
Clock mode
Pre-trigger samples
Post-trigger samples
Threshold voltage
Trigger combinations
Trigger qualifier
Library
&New Library
Forward current gain coefficient (逨):
Global
DC
Transient
Device
Instruments
Absolute current tolerance (ABSTOL)
Gmin minimum conductance (GMIN)
Pivot relative ratio (PIVREL)
Pivot absolute tolerance (PIVTOL)
Relative error tolerance (RELTOL)
Simulation temperature (TEMP)
Absolute voltage tolerance (VNTOL)
Charge tolerance (CHGTOL)
Ramp Time (RAMPTIME)
Relative convergence step size limit (CONVSTEP)
Absolute convergence step size limit (CONVABSSTEP)
Convergence limit (CONVLIMIT)
Analog node shunt resistance (RSHUNT)
Temporary file size for simulation (Mb):
Operating Point Analysis Iteration Limit (ITL1)
Steps in Gmin stepping algorithm (GMINSTEPS)
Steps in source stepping algorithm (SRCSTEPS)
Reset defaults
Transient time point iterations (ITL4)
Maximum order for integration method (MAXORD)
Transient Error Tolerance Factor (TRTOL)
Transient Analysis Integration Method (METHOD)
Print statistical data (ACCT)
MOS drain diffusion area (DEFAD)
MOS source diffusion area (DEFAS)
MOS channel length (DEFL)
MOS channel width (DEFW)
Model parameters normal temperature (TNOM)
Nonlinear Model Evaluation Device Bypass (BYPASS)
Compact transmission line data (TRYTOCOMPACT)
Oscilloscope
Pause after each screen
Generate time steps automatically
Minimum number of time points
Maximum time step (TMAX)
Initial conditions
Set to Zero
User-defined
Calculate DC operating point
Bode plotter
Logic analyzer
Points per cycle
Simulate
Nodes in circuit
Nodes for analysis
Number of points
Start Frequency
End Frequency
Sweep Type
Vertical Scale
Set plotting increment
Plotting increment
Fourier Analysis
Display phase
Output as line graph
Output nodes
Fundamental frequency
Number of harmonics
Analysis
Frequency
Component
Set points per summary
Input noise reference source
Reference node
F2/F1 ratio
DC Operating Point
Transient Analysis
AC Frequency Analysis
Parameter
Increment step size
Voltage
Output reference
Output variable
Input source
Saturation current (IS):
B-E junction potential (鳨):
Zero-bias B-C junction capacitance (CC):
Collector ohmic resistance (RC):
Emitter ohmic resistance (RE):
Base ohmic resistance (RB):
Reverse current gain coefficient (逺):
Zero-bias B-E junction capacitance (CE):
Temperature
&Edit
C&opy
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&Rename
Resistor Properties
Value
Fault
Display
Analysis Setup
Use global temperature
First-order temperature coefficient (TC1):
Second-order temperature coefficient (TC2):
Voltage (V):
Use in AC Frequency Analysis
AC Magnitude:
AC Phase:
Distortion options
Frequency 1
Frequency 2
Magnitude:
Phase:
Current (I):
Frequency:
Ground Properties
Battery Properties
DC Current Source Properties
AC Current Source Properties
AC Voltage Source Properties
Voltage-Controlled Voltage Source Properties
Voltage gain (E):
Voltage-Controlled Current Source Properties
Transconductance (G):
Current-Controlled Voltage Source Properties
Transresistance (H):
Current-Controlled Current Source Properties
Current gain (F):
+Vcc Voltage Source Properties
+Vdd Voltage Source Properties
Clock Properties
AM Source Properties
Carrier amplitude (VC):
Carrier frequency (FC):
Modulation index (M):
Modulation frequency (FM):
FM Source Properties
Peak amplitude (VA):
Offset (VO):
Voltage-Controlled Sine Wave Oscillator Properties
Output peak low value (L):
Output peak high value (H):
Number of co-ordinates (N):
Control co-ordinate 1 (C1):
Frequency co-ordinate 1 (F1):
Control co-ordinate 2 (C2):
Frequency co-ordinate 2 (F2):
Control co-ordinate 3 (C3):
Frequency co-ordinate 3 (F3):
Control co-ordinate 4 (C4):
Frequency co-ordinate 4 (F4):
Control co-ordinate 5 (C5):
Frequency co-ordinate 5 (F5):
Voltage-Controlled Triangle Wave Oscillator Properties
Rise time duty cycle (RTD):
Voltage-Controlled Square Wave Oscillator Properties
Duty cycle (D):
Output rise time (TR):
Output fall time (TF):
Controlled One-Shot Properties
Clock trigger value (CLKTR):
Output low value (L):
Output high value (H):
Output delay from trigger (DTR):
Output delay from pulse width (DPW):
Pulse width co-ordinate 1 (PW1):
Pulse width co-ordinate 2 (PW2):
Pulse width co-ordinate 3 (PW3):
Pulse width co-ordinate 4 (PW4):
Pulse width co-ordinate 5 (PW5):
Piecewise Linear Source Properties
Filename:
Browse...
Voltage-Controlled Piecewise Linear Source Properties
X co-ordinate 1 (X1):
Y co-ordinate 1 (Y1):
X co-ordinate 2 (X2):
Y co-ordinate 2 (Y2):
X co-ordinate 3 (X3):
Y co-ordinate 3 (Y3):
X co-ordinate 4 (X4):
Y co-ordinate 4 (Y4):
X co-ordinate 5 (X5):
Y co-ordinate 5 (Y5):
Input smoothing domain % (ISD):
Frequency-Shift-Keying Source Properties
Peak amplitude of FSK signal (A):
Mark transmission frequency (F1):
Space transmission frequency (F2):
Polynomial Source Properties
Constant (A):
Coefficient of V1 (B):
Coefficient of V2 (C):
Coefficient of V3 (D):
Coefficient of V1*V1 (E):
Coefficient of V1*V2 (F):
Coefficient of V1*V3 (G):
Coefficient of V2*V2 (H):
Coefficient of V2*V3 (I):
Coefficient of V3*V3 (J):
Coefficient of V1*V2*V3 (K):
Nonlinear Dependent Source Properties
Source expression:
Connector Properties
Capacitor Properties
Capacitance (C):
Inductor Properties
Inductance (L):
Transformer Properties
Primary-to-secondary turns ratio (N):
Leakage inductance (LE):
Magnetizing inductance (LM):
Primary winding resistance (RP):
Secondary winding resistance (RS):
Relay Properties
Coil inductance (LC):
Turn-on current (ION):
Holding current (IHD):
Coil resistance (RC):
Switch Properties
Key:
Time-Delay Switch Properties
Time on (TON):
Time off (TOFF):
Voltage-Controlled Switch Properties
Turn-on voltage (VON):
Turn-off voltage (VOFF):
On-state resistance (RON):
Off-state resistance (ROFF):
Current-Controlled Switch Properties
Turn-off current (IOFF):
Pull-Up Resistor Properties
Pull-up voltage (V):
Potentiometer Properties
Setting:
Increment:
Resistor Pack Properties
Voltage-Controlled Analog Switch Properties
Control 'off' value (COFF):
Control 'on' value (CON):
Off resistance (ROFF):
On resistance (RON):
Polarized Capacitor Properties
Variable Capacitor Properties
Variable Inductor Properties
Coreless Coil Properties
Number of inductor turns (N):
Magnetic Core Properties
Cross-sectional area (A):
Core length (L):
Magnetic field co-ordinate 1 (H1):
Magnetic field co-ordinate 2 (H2):
Magnetic field co-ordinate 3 (H3):
Magnetic field co-ordinate 4 (H4):
Magnetic field co-ordinate 5 (H5):
Magnetic field co-ordinate 6 (H6):
Magnetic field co-ordinate 7 (H7):
Magnetic field co-ordinate 8 (H8):
Magnetic field co-ordinate 9 (H9):
Magnetic field co-ordinate 10 (H10):
Magnetic field co-ordinate 11 (H11):
Magnetic field co-ordinate 12 (H12):
Magnetic field co-ordinate 13 (H13):
Magnetic field co-ordinate 14 (H14):
Magnetic field co-ordinate 15 (H15):
Flux density co-ordinate 1 (B1):
Flux density co-ordinate 2 (B2):
Flux density co-ordinate 3 (B3):
Flux density co-ordinate 4 (B4):
Flux density co-ordinate 5 (B5):
Flux density co-ordinate 6 (B6):
Flux density co-ordinate 7 (B7):
Flux density co-ordinate 8 (B8):
Flux density co-ordinate 9 (B9):
Flux density co-ordinate 10 (B10):
Flux density co-ordinate 11 (B11):
Flux density co-ordinate 12 (B12):
Flux density co-ordinate 13 (B13):
Flux density co-ordinate 14 (B14):
Flux density co-ordinate 15 (B15):
Nonlinear Transformer Properties
Primary turns (N1):
Primary resistance (R1):
Primary leakage inductance (L1):
Secondary turns (N2):
Secondary resistance (R2):
Secondary leakage inductance (L2):
Diode Properties
Ohmic resistance (RS):
Zero-bias junction capacitance (CJO):
Junction potential (VJ):
Transit time (TT):
Reverse breakdown voltage (BV):
Emission coefficient (N):
Activation energy (EG):
Temperature exponent for effect on IS (XTI):
Current at reverse breakdown voltage (IBV):
Parameter measurement temperature (TNOM):
Zener Diode Properties
LED Properties
Full-Wave Bridge Rectifier Properties
Shockley Diode Properties
Switching voltage (VS):
Peak on-state voltage (VTM):
Turn-off time (TQ):
Holding current (IH):
Silicon-Controlled Rectifier Properties
Peak off-state current (IDRM):
Gate trigger voltage (VGT):
Gate trigger current (IGT):
Diac Properties
Triac Properties
Sources
Basic
Diodes
Transistors
NPN Transistor Properties
B-C junction potential (鳦):
Forward transit time (籉):
Reverse transit time (籖):
Base-emitter leakage saturation current (ISE):
B-C leakage saturation current (ISC):
Minimum base resistance at high currents (RBM):
N-Channel JFET Properties
Threshold voltage (VTO):
Transconductance coefficient (BETA):
Drain ohmic resistance (RD):
Source ohmic resistance (RS):
Gate-junction saturation current (IS):
Zero-bias gate-drain junction capacitance (CGD):
Zero-bias gate-source junction capacitance (CGS):
Gate-junction potential (PB):
P-Channel JFET Properties
3-Terminal Depletion N-MOSFET Properties
Transconductance coefficient (KP):
Oxide thickness (TOX):
Lateral diffusion (LD):
3-Terminal Depletion P-MOSFET Properties
4-Terminal Depletion N-MOSFET Properties
4-Terminal Depletion P-MOSFET Properties
3-Terminal Enhancement N-MOSFET Properties
3-Terminal Enhancement P-MOSFET Properties
4-Terminal Enhancement N-MOSFET Properties
4-Terminal Enhancement P-MOSFET Properties
N-Channel GaAsFET Properties
P-Channel GaAsFET Properties
Analog ICs
3-Terminal Opamp Properties
5-Terminal Opamp Properties
7-Terminal Opamp Properties
9-Terminal Opamp Properties
Comparator Properties
Phase-Locked Loop Properties
Mixed ICs
Analog-to-Digital Converter Properties
Digital-to-Analog Converter Properties
High output level (VOH):
Low output level (VOL):
High-level input voltage (VIH):
Low-level input voltage (VIL):
Propagation delay time,low-to-high level output (TPLH):
Propagation delay time,high-to-low level output (TPHL):
Threshold voltage (VTG):
Monostable Multivibrator Properties
555 Timer Properties
Digital ICs
Logic Gates
2-Input AND Gate Properties
2-Input OR Gate Properties
NOT Gate Properties
2-Input NOR Gate Properties
2-Input NAND Gate Properties
2-Input XOR Gate Properties
2-Input XNOR Gate Properties
Electronics Workbench
Electronics Workbench
Tristate Buffer Properties
Buffer Properties
Schmitt-Triggered Inverter Properties
Digital
Half-Adder Properties
Full-Adder Properties
RS Flip-Flop Properties
JK Flip-Flop with Active High Asynch Inputs Properties
JK Flip-Flop with Active Low Asynch Inputs Properties
D Flip-Flop Properties
D Flip-Flop with Active Low Asynch Inputs Properties
Multiplexers
Dec/Demux
Encoders
Arithmetic
Counters
Shift Registers
Flip-Flops
Indicators
Voltmeter Properties
Ammeter Properties
Bulb Properties
Maximum power (PMAX):
Maximum voltage (VMAX):
Red Probe Properties
Seven-Segment Display Properties
Decoded Seven-Segment Display Properties
Buzzer Properties
Bargraph Display Properties
Forward voltage drop (VF):
Current at which VF is measured (IF):
Decoded Bargraph Display Properties
Minimum turn-on voltage required for the lowest segment (VL):
Minimum turn-on voltage required for the highest segment (VH):
Controls
Voltage Differentiator Properties
Gain (K):
Output offset voltage (VOOFF):
Output voltage lower limit (VL):
Output voltage upper limit (VU):
Upper and lower limit smoothing range (VS):
Voltage Integrator Properties
Input offset voltage (VIOFF):
Output initial conditions (VOIC):
Voltage Gain Block Properties
Transfer Function Block Properties
Integrator stage initial conditions (VINT):
Denormalized corner frequency (W):
Multiplier Properties
Output gain (K):
Output offset (OFF):
Y offset (YOFF):
Y gain (YK):
X offset (XOFF):
X gain (XK):
Divider Properties
Y (numerator) offset (YOFF):
Y (numerator) gain (YK):
X (denominator) offset (XOFF):
X (denominator) gain (XK):
X (denominator) lower limit (XLOWLIM):
X (denominator) smoothing domain (XSD):
Three-Way Voltage Summer Properties
Input A offset voltage (VAOFF):
Input B offset voltage (VBOFF):
Input C offset voltage (VCOFF):
Input A gain (KA):
Input B gain (KB):
Input C gain (KC):
Output gain (KOUT):
Voltage Limiter Properties
Voltage-Controlled Limiter Properties
Input offset (VIOFF):
Output upper delta (VOUD):
Output lower delta (VOLD):
Upper and lower smoothing range (ULSR):
Current Limiter Block Properties
Input offset (OFF):
Sourcing resistance (RSRC):
Sinking resistance (RSINK):
Current sourcing limit (ISRCL):
Current sinking limit (ISNKL):
Upper and lower power supply smoothing range (ULSR):
Sourcing current smoothing range (ISRCSR):
Sinking current smoothing range (ISNKSR):
Internal/external voltage delta smoothing range (VDSR):
Voltage Hysteresis Block Properties
Input low value (VIL):
Input high value (VIH):
Hysteresis (H):
Output lower limit (VOL):
Output upper limit (VOH):
Voltage Slew Rate Block Properties
Maximum rising slope value (RSMAX):
Maximum falling slope value (FSMAX):
Miscellaneous
Fuse Properties
Maximum current (IMAX):
Write Data Properties
Netlist Component Properties
Lossy Transmission Line Properties
Length of the transmission line (LEN):
Resistance per unit length (R):
Inductance per unit length (L):
Capacitance per unit length (C):
Conductance per unit length (G):
Breakpoint control (REL):
Breakpoint control (ABS):
Lossless Transmission Line Properties
Nominal impedance (Z0):
Propogation time delay (TD):
Frequency (F):
Crystal Properties
Motional inductance (LS):
Motional capacitance (CS):
Series resistance (RS):
Shunt capacitance (CO):
DC Motor Properties
Armature resistance (RA):
Armature inductance (LA):
Field resistance (RF):
Field inductance (LF):
Shaft friction (BF):
Machine rotational inertia (J):
Rated rotational speed (NN):
Rated armature voltage (VAN):
Rated armature current (IAN):
Rated field voltage (VFN):
Load torque (TL):
Triode Vacuum Tube Properties
Plate-cathode voltage (VPK):
Grid-cathode voltage (VGK):
Plate current (IP):
Amplification factor (u):
Grid-cathode capacitance (CGK):
Plate-cathode capacitance (CPK):
Grid-plate capacitance (CGP):
Boost (Step-Up) Converter Properties
Filter inductance (L):
Filter inductor ESR (R):
Switching frequency (FS):
Buck (Step-Down) Converter Properties
Buck-Boost Converter Properties
Schematic Options
Grid
Show/Hide
Delete selected items?
Description
Function Generator
Multimeter
Output node
Analysis Graphs
Chart Properties
Title
Column Precision
&Font
&Column
&Precision
Tab Name
Global Password
Enter Password:
Subcircuit
Name:
Fonts
Circuit Password...
Schematic is read-only
Hide faults
Lock subcircuits
Hide component values
A&C Frequency...
Transient...
Use Program Options
&Fourier...
&Noise...
&Distortion...
&Parameter Sweep...
Temperature Sweep...
Pole-&Zero...
&Transfer Function...
&Sensitivity...
&Worst Case...
&Monte Carlo...
Restrictions
Analysis Options
Threshold voltage (V)
Start frequency (FSTART)
End frequency (FSTOP)
Add ->
<- Remove
Start time (TSTART)
End time (TSTOP)
Plotting increment (TSTEP)
Distortion Analysis
All changes to your circuit will be lost!
PNP Transistor Properties
Noise Analysis
Parameter Sweep
Start value
End value
Sweep for:
Load from Transient Analysis
Set transient options
Set AC options
Load from AC Analysis
Temperature Sweep
Start temperature
End temperature
Pole-Zero Analysis
Gain Analysis (output voltage/input voltage)
Impedance Analysis (output voltage/input current)
Input impedance
Output impedance
Analysis type
Nodes
Input (+)
Input (-)
Output (+)
Output (-)
Pole Analysis
Zero Analysis
Transfer Function Analysis
DC Sensitivity
AC Sensitivity
Sensitivity Analysis
Worst Case Analysis
Tolerance
Collating function
Monte Carlo Analysis
Number of runs
Seed
Distribution type
Label
Reference ID
Short
Use Schematic Options global setting
Show labels
Show values
Show reference ID
Show grid
Use grid
Show models
Show nodes
Font name:
Font size:
Set label font
Set value font
Set Wire Color
Leakage
Open
None
Display node label
Set Node Color
Use as testpoint
Use initial conditions
Circuit
Schematic
C&opy from Circuit
&Move from Circuit
&Move from Circuit
R&eplace in Circuit
Cancel
&Accept
Resistance (R):
Mode:
Ammeter resistance (R):
Voltmeter resistance (R):
Ohmmeter current (I):
Decibel standard (V):
Frequence
Duty cycle
Amplitude
Offset
Y/T
Trigger
Ground
Level
Ext
Edit
Current
Initial
Final
Cycle
Burst
Step
Breakpoint
Pattern
Clear buffer
&Open
&Save
Up counter
Down counter
Shift right
Shift left
Positive
Negative
External
Internal
Internal clock rate
Clock edge
Clock mode
Pre-trigger samples
Post-trigger samples
Threshold voltage
Trigger combinations
Trigger qualifier
Library
&New Library
Forward current gain coefficient (逨):
Global
DC
Transient
Device
Instruments
Absolute current tolerance (ABSTOL)
Gmin minimum conductance (GMIN)
Pivot relative ratio (PIVREL)
Pivot absolute tolerance (PIVTOL)
Relative error tolerance (RELTOL)
Simulation temperature (TEMP)
Absolute voltage tolerance (VNTOL)
Charge tolerance (CHGTOL)
Ramp Time (RAMPTIME)
Relative convergence step size limit (CONVSTEP)
Absolute convergence step size limit (CONVABSSTEP)
Convergence limit (CONVLIMIT)
Analog node shunt resistance (RSHUNT)
Temporary file size for simulation (Mb):
Operating Point Analysis Iteration Limit (ITL1)
Steps in Gmin stepping algorithm (GMINSTEPS)
Steps in source stepping algorithm (SRCSTEPS)
Reset defaults
Transient time point iterations (ITL4)
Maximum order for integration method (MAXORD)
Transient Error Tolerance Factor (TRTOL)
Transient Analysis Integration Method (METHOD)
Print statistical data (ACCT)
MOS drain diffusion area (DEFAD)
MOS source diffusion area (DEFAS)
MOS channel length (DEFL)
MOS channel width (DEFW)
Model parameters normal temperature (TNOM)
Nonlinear Model Evaluation Device Bypass (BYPASS)
Compact transmission line data (TRYTOCOMPACT)
Oscilloscope
Pause after each screen
Generate time steps automatically
Minimum number of time points
Maximum time step (TMAX)
Initial conditions
Set to Zero
User-defined
Calculate DC operating point
Bode plotter
Logic analyzer
Points per cycle
Simulate
Nodes in circuit
Nodes for analysis
Number of points
Start Frequency
End Frequency
Sweep Type
Vertical Scale
Set plotting increment
Plotting increment
Fourier Analysis
Display phase
Output as line graph
Output nodes
Fundamental frequency
Number of harmonics
Analysis
Frequency
Component
Set points per summary
Input noise reference source
Reference node
F2/F1 ratio
DC Operating Point
Transient Analysis
AC Frequency Analysis
Parameter
Increment step size
Voltage
Output reference
Output variable
Input source
Saturation current (IS):
B-E junction potential (鳨):
Zero-bias B-C junction capacitance (CC):
Collector ohmic resistance (RC):
Emitter ohmic resistance (RE):
Base ohmic resistance (RB):
Reverse current gain coefficient (逺):
Zero-bias B-E junction capacitance (CE):
Temperature
&Edit
C&opy
&Paste
&Delete
&Rename
Resistor Properties
Value
Fault
Display
Analysis Setup
Use global temperature
First-order temperature coefficient (TC1):
Second-order temperature coefficient (TC2):
Voltage (V):
Use in AC Frequency Analysis
AC Magnitude:
AC Phase:
Distortion options
Frequency 1
Frequency 2
Magnitude:
Phase:
Current (I):
Frequency:
Ground Properties
Battery Properties
DC Current Source Properties
AC Current Source Properties
AC Voltage Source Properties
Voltage-Controlled Voltage Source Properties
Voltage gain (E):
Voltage-Controlled Current Source Properties
Transconductance (G):
Current-Controlled Voltage Source Properties
Transresistance (H):
Current-Controlled Current Source Properties
Current gain (F):
+Vcc Voltage Source Properties
+Vdd Voltage Source Properties
Clock Properties
AM Source Properties
Carrier amplitude (VC):
Carrier frequency (FC):
Modulation index (M):
Modulation frequency (FM):
FM Source Properties
Peak amplitude (VA):
Offset (VO):
Voltage-Controlled Sine Wave Oscillator Properties
Output peak low value (L):
Output peak high value (H):
Number of co-ordinates (N):
Control co-ordinate 1 (C1):
Frequency co-ordinate 1 (F1):
Control co-ordinate 2 (C2):
Frequency co-ordinate 2 (F2):
Control co-ordinate 3 (C3):
Frequency co-ordinate 3 (F3):
Control co-ordinate 4 (C4):
Frequency co-ordinate 4 (F4):
Control co-ordinate 5 (C5):
Frequency co-ordinate 5 (F5):
Voltage-Controlled Triangle Wave Oscillator Properties
Rise time duty cycle (RTD):
Voltage-Controlled Square Wave Oscillator Properties
Duty cycle (D):
Output rise time (TR):
Output fall time (TF):
Controlled One-Shot Properties
Clock trigger value (CLKTR):
Output low value (L):
Output high value (H):
Output delay from trigger (DTR):
Output delay from pulse width (DPW):
Pulse width co-ordinate 1 (PW1):
Pulse width co-ordinate 2 (PW2):
Pulse width co-ordinate 3 (PW3):
Pulse width co-ordinate 4 (PW4):
Pulse width co-ordinate 5 (PW5):
Piecewise Linear Source Properties
Filename:
Browse...
Voltage-Controlled Piecewise Linear Source Properties
X co-ordinate 1 (X1):
Y co-ordinate 1 (Y1):
X co-ordinate 2 (X2):
Y co-ordinate 2 (Y2):
X co-ordinate 3 (X3):
Y co-ordinate 3 (Y3):
X co-ordinate 4 (X4):
Y co-ordinate 4 (Y4):
X co-ordinate 5 (X5):
Y co-ordinate 5 (Y5):
Input smoothing domain % (ISD):
Frequency-Shift-Keying Source Properties
Peak amplitude of FSK signal (A):
Mark transmission frequency (F1):
Space transmission frequency (F2):
Polynomial Source Properties
Constant (A):
Coefficient of V1 (B):
Coefficient of V2 (C):
Coefficient of V3 (D):
Coefficient of V1*V1 (E):
Coefficient of V1*V2 (F):
Coefficient of V1*V3 (G):
Coefficient of V2*V2 (H):
Coefficient of V2*V3 (I):
Coefficient of V3*V3 (J):
Coefficient of V1*V2*V3 (K):
Nonlinear Dependent Source Properties
Source expression:
Connector Properties
Capacitor Properties
Capacitance (C):
Inductor Properties
Inductance (L):
Transformer Properties
Primary-to-secondary turns ratio (N):
Leakage inductance (LE):
Magnetizing inductance (LM):
Primary winding resistance (RP):
Secondary winding resistance (RS):
Relay Properties
Coil inductance (LC):
Turn-on current (ION):
Holding current (IHD):
Coil resistance (RC):
Switch Properties
Key:
Time-Delay Switch Properties
Time on (TON):
Time off (TOFF):
Voltage-Controlled Switch Properties
Turn-on voltage (VON):
Turn-off voltage (VOFF):
On-state resistance (RON):
Off-state resistance (ROFF):
Current-Controlled Switch Properties
Turn-off current (IOFF):
Pull-Up Resistor Properties
Pull-up voltage (V):
Potentiometer Properties
Setting:
Increment:
Resistor Pack Properties
Voltage-Controlled Analog Switch Properties
Control 'off' value (COFF):
Control 'on' value (CON):
Off resistance (ROFF):
On resistance (RON):
Polarized Capacitor Properties
Variable Capacitor Properties
Variable Inductor Properties
Coreless Coil Properties
Number of inductor turns (N):
Magnetic Core Properties
Cross-sectional area (A):
Core length (L):
Magnetic field co-ordinate 1 (H1):
Magnetic field co-ordinate 2 (H2):
Magnetic field co-ordinate 3 (H3):
Magnetic field co-ordinate 4 (H4):
Magnetic field co-ordinate 5 (H5):
Magnetic field co-ordinate 6 (H6):
Magnetic field co-ordinate 7 (H7):
Magnetic field co-ordinate 8 (H8):
Magnetic field co-ordinate 9 (H9):
Magnetic field co-ordinate 10 (H10):
Magnetic field co-ordinate 11 (H11):
Magnetic field co-ordinate 12 (H12):
Magnetic field co-ordinate 13 (H13):
Magnetic field co-ordinate 14 (H14):
Magnetic field co-ordinate 15 (H15):
Flux density co-ordinate 1 (B1):
Flux density co-ordinate 2 (B2):
Flux density co-ordinate 3 (B3):
Flux density co-ordinate 4 (B4):
Flux density co-ordinate 5 (B5):
Flux density co-ordinate 6 (B6):
Flux density co-ordinate 7 (B7):
Flux density co-ordinate 8 (B8):
Flux density co-ordinate 9 (B9):
Flux density co-ordinate 10 (B10):
Flux density co-ordinate 11 (B11):
Flux density co-ordinate 12 (B12):
Flux density co-ordinate 13 (B13):
Flux density co-ordinate 14 (B14):
Flux density co-ordinate 15 (B15):
Nonlinear Transformer Properties
Primary turns (N1):
Primary resistance (R1):
Primary leakage inductance (L1):
Secondary turns (N2):
Secondary resistance (R2):
Secondary leakage inductance (L2):
Diode Properties
Ohmic resistance (RS):
Zero-bias junction capacitance (CJO):
Junction potential (VJ):
Transit time (TT):
Reverse breakdown voltage (BV):
Emission coefficient (N):
Activation energy (EG):
Temperature exponent for effect on IS (XTI):
Current at reverse breakdown voltage (IBV):
Parameter measurement temperature (TNOM):
Zener Diode Properties
LED Properties
Full-Wave Bridge Rectifier Properties
Shockley Diode Properties
Switching voltage (VS):
Peak on-state voltage (VTM):
Turn-off time (TQ):
Holding current (IH):
Silicon-Controlled Rectifier Properties
Peak off-state current (IDRM):
Gate trigger voltage (VGT):
Gate trigger current (IGT):
Diac Properties
Triac Properties
Sources
Basic
Diodes
Transistors
NPN Transistor Properties
B-C junction potential (鳦):
Forward transit time (籉):
Reverse transit time (籖):
Base-emitter leakage saturation current (ISE):
B-C leakage saturation current (ISC):
Minimum base resistance at high currents (RBM):
N-Channel JFET Properties
Threshold voltage (VTO):
Transconductance coefficient (BETA):
Drain ohmic resistance (RD):
Source ohmic resistance (RS):
Gate-junction saturation current (IS):
Zero-bias gate-drain junction capacitance (CGD):
Zero-bias gate-source junction capacitance (CGS):
Gate-junction potential (PB):
P-Channel JFET Properties
3-Terminal Depletion N-MOSFET Properties
Transconductance coefficient (KP):
Oxide thickness (TOX):
Lateral diffusion (LD):
3-Terminal Depletion P-MOSFET Properties
4-Terminal Depletion N-MOSFET Properties
4-Terminal Depletion P-MOSFET Properties
3-Terminal Enhancement N-MOSFET Properties
3-Terminal Enhancement P-MOSFET Properties
4-Terminal Enhancement N-MOSFET Properties
4-Terminal Enhancement P-MOSFET Properties
N-Channel GaAsFET Properties
P-Channel GaAsFET Properties
Analog ICs
3-Terminal Opamp Properties
5-Terminal Opamp Properties
7-Terminal Opamp Properties
9-Terminal Opamp Properties
Comparator Properties
Phase-Locked Loop Properties
Mixed ICs
Analog-to-Digital Converter Properties
Digital-to-Analog Converter Properties
High output level (VOH):
Low output level (VOL):
High-level input voltage (VIH):
Low-level input voltage (VIL):
Propagation delay time,low-to-high level output (TPLH):
Propagation delay time,high-to-low level output (TPHL):
Threshold voltage (VTG):
Monostable Multivibrator Properties
555 Timer Properties
Digital ICs
Logic Gates
2-Input AND Gate Properties
2-Input OR Gate Properties
NOT Gate Properties
2-Input NOR Gate Properties
2-Input NAND Gate Properties
2-Input XOR Gate Properties
2-Input XNOR Gate Properties
Electronics Workbench
Electronics Workbench
Tristate Buffer Properties
Buffer Properties
Schmitt-Triggered Inverter Properties
Digital
Half-Adder Properties
Full-Adder Properties
RS Flip-Flop Properties
JK Flip-Flop with Active High Asynch Inputs Properties
JK Flip-Flop with Active Low Asynch Inputs Properties
D Flip-Flop Properties
D Flip-Flop with Active Low Asynch Inputs Properties
Multiplexers
Dec/Demux
Encoders
Arithmetic
Counters
Shift Registers
Flip-Flops
Indicators
Voltmeter Properties
Ammeter Properties
Bulb Properties
Maximum power (PMAX):
Maximum voltage (VMAX):
Red Probe Properties
Seven-Segment Display Properties
Decoded Seven-Segment Display Properties
Buzzer Properties
Bargraph Display Properties
Forward voltage drop (VF):
Current at which VF is measured (IF):
Decoded Bargraph Display Properties
Minimum turn-on voltage required for the lowest segment (VL):
Minimum turn-on voltage required for the highest segment (VH):
Controls
Voltage Differentiator Properties
Gain (K):
Output offset voltage (VOOFF):
Output voltage lower limit (VL):
Output voltage upper limit (VU):
Upper and lower limit smoothing range (VS):
Voltage Integrator Properties
Input offset voltage (VIOFF):
Output initial conditions (VOIC):
Voltage Gain Block Properties
Transfer Function Block Properties
Integrator stage initial conditions (VINT):
Denormalized corner frequency (W):
Multiplier Properties
Output gain (K):
Output offset (OFF):
Y offset (YOFF):
Y gain (YK):
X offset (XOFF):
X gain (XK):
Divider Properties
Y (numerator) offset (YOFF):
Y (numerator) gain (YK):
X (denominator) offset (XOFF):
X (denominator) gain (XK):
X (denominator) lower limit (XLOWLIM):
X (denominator) smoothing domain (XSD):
Three-Way Voltage Summer Properties
Input A offset voltage (VAOFF):
Input B offset voltage (VBOFF):
Input C offset voltage (VCOFF):
Input A gain (KA):
Input B gain (KB):
Input C gain (KC):
Output gain (KOUT):
Voltage Limiter Properties
Voltage-Controlled Limiter Properties
Input offset (VIOFF):
Output upper delta (VOUD):
Output lower delta (VOLD):
Upper and lower smoothing range (ULSR):
Current Limiter Block Properties
Input offset (OFF):
Sourcing resistance (RSRC):
Sinking resistance (RSINK):
Current sourcing limit (ISRCL):
Current sinking limit (ISNKL):
Upper and lower power supply smoothing range (ULSR):
Sourcing current smoothing range (ISRCSR):
Sinking current smoothing range (ISNKSR):
Internal/external voltage delta smoothing range (VDSR):
Voltage Hysteresis Block Properties
Input low value (VIL):
Input high value (VIH):
Hysteresis (H):
Output lower limit (VOL):
Output upper limit (VOH):
Voltage Slew Rate Block Properties
Maximum rising slope value (RSMAX):
Maximum falling slope value (FSMAX):
Miscellaneous
Fuse Properties
Maximum current (IMAX):
Write Data Properties
Netlist Component Properties
Lossy Transmission Line Properties
Length of the transmission line (LEN):
Resistance per unit length (R):
Inductance per unit length (L):
Capacitance per unit length (C):
Conductance per unit length (G):
Breakpoint control (REL):
Breakpoint control (ABS):
Lossless Transmission Line Properties
Nominal impedance (Z0):
Propogation time delay (TD):
Frequency (F):
Crystal Properties
Motional inductance (LS):
Motional capacitance (CS):
Series resistance (RS):
Shunt capacitance (CO):
DC Motor Properties
Armature resistance (RA):
Armature inductance (LA):
Field resistance (RF):
Field inductance (LF):
Shaft friction (BF):
Machine rotational inertia (J):
Rated rotational speed (NN):
Rated armature voltage (VAN):
Rated armature current (IAN):
Rated field voltage (VFN):
Load torque (TL):
Triode Vacuum Tube Properties
Plate-cathode voltage (VPK):
Grid-cathode voltage (VGK):
Plate current (IP):
Amplification factor (u):
Grid-cathode capacitance (CGK):
Plate-cathode capacitance (CPK):
Grid-plate capacitance (CGP):
Boost (Step-Up) Converter Properties
Filter inductance (L):
Filter inductor ESR (R):
Switching frequency (FS):
Buck (Step-Down) Converter Properties
Buck-Boost Converter Properties
Schematic Options
Grid
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Description
Function Generator
Multimeter
Output node
Analysis Graphs
Chart Properties
Title
Column Precision
&Font
&Column
&Precision
Tab Name
Global Password
Enter Password:
Subcircuit
Name:
Fonts
Circuit Password...
Schematic is read-only
Hide faults
Lock subcircuits
Hide component values
A&C Frequency...
Transient...
Use Program Options
&Fourier...
&Noise...
&Distortion...
&Parameter Sweep...
Temperature Sweep...
Pole-&Zero...
&Transfer Function...
&Sensitivity...
&Worst Case...
&Monte Carlo...
Restrictions
Analysis Options
Threshold voltage (V)
Start frequency (FSTART)
End frequency (FSTOP)
Add ->
<- Remove
Start time (TSTART)
End time (TSTOP)
Plotting increment (TSTEP)
Distortion Analysis
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PNP Transistor Properties
Noise Analysis
Parameter Sweep
Start value
End value
Sweep for:
Load from Transient Analysis
Set transient options
Set AC options
Load from AC Analysis
Temperature Sweep
Start temperature
End temperature
Pole-Zero Analysis
Gain Analysis (output voltage/input voltage)
Impedance Analysis (output voltage/input current)
Input impedance
Output impedance
Analysis type
Nodes
Input (+)
Input (-)
Output (+)
Output (-)
Pole Analysis
Zero Analysis
Transfer Function Analysis
DC Sensitivity
AC Sensitivity
Sensitivity Analysis
Worst Case Analysis
Tolerance
Collating function
Monte Carlo Analysis
Number of runs
Seed
Distribution type
