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Ground3

Scideam HELP CENTER

Scideam
Scideam
- About Scideam
- Basic operations
  Basic operations
- Tools
  Tools
- Editing files
  Editing files
- Part models
  Part models
  - About the part models
  - Amplifier Transistor
    Amplifier Transistor
    
    Nch MOSFET
    
    NPN Transistor
    
    Pch MOSFET
    
    PNP Transistor
  - Connection
    Connection
    
    Far Jumper
    
    Ground
    
    Ground2
    
    Ground3 Ground3
    Table of contents
    
    Appearance
    
    Description
    
    See also
    
    Image Block
    
    Text Block
    
    Wire
  - Diode
    Diode
    
    3phase Diode Bridge
    
    Diode
    
    Diode Bridge
    
    Photo Coupler
    
    Shunt Regulator
    
    Thyristor
    
    Zener
  - Gate Driver
    Gate Driver
    
    Gate Driver
    
    Gate Driver 3Phase PWM
    
    Gate Driver 3Phase Signal
    
    Gate Driver1
    
    Gate Isolator
  - Logic
    Logic
    
    Bool
    
    D-FF
    
    JK-FF
    
    Logic
    
    Not
    
    T-FF
  - Modulator
    Modulator
    
    DPM
    
    PWM
    
    SFM
  - Operator(Continuous)
    Operator(Continuous)
    
    Comparator
    
    Delay Pulse
    
    Differentiator
    
    Ideal Operational Amplifer
    
    Integrator
    
    Latch
    
    Limiter
    
    Operational Amplifer
    
    PID
    
    Pulse Counter
    
    Trigger
    
    Shot Pulse
    
    Voltage Follower
  - Oprerator(Discrete)
    Oprerator(Discrete)
    
    Arithmetic
    
    Function
    
    Table
  - RCL
    RCL
    
    Capacitor
    
    Inductor
    
    Resistor
    
    Saturation Inductor
  - Sensor
    Sensor
    
    3Phase Delta Voltage Sensor
    
    3Phase I/V Sensor
    
    3Phase Star Voltage Sensor
    
    Current Probe
    
    I/I Converter
    
    I/V Converter
    
    Isolation Amplifier
    
    V/I Converter
    
    Voltage Probe
  - Source(Continuous)
    Source(Continuous)
    
    AC Sweep
    
    Pulse
    
    Ramp
    
    Saw Tooth
    
    Smooth AC Voltage Source
    
    Slope
    
    Step
  - Source(Discrete)
    Source(Discrete)
    
    3Phase Voltage
    
    AC Current Source
    
    AC Voltage Source
    
    DC Current Source
    
    DC Voltage Source
    
    Function
    
    Solar Battery
    
    Table Voltage Source
  - Switching Device
    Switching Device
    
    PWM Switch
    
    Switch
  - Transformer
    Transformer
    
    D-D Transformer
    
    Transformer
    
    Transformer(Mutual)
    
    Y-D Transformer
    
    Y-Y Transformer
- Simulation settings
  Simulation settings
- Simulation methods
  Simulation methods
- Environment setting
Eschart
Eschart
- About Eschart
- Basic operations
  Basic operations
- Loading and saving
  Loading and saving
  - Import
  - Export
- Calculation features
  Calculation features
- Analysis features
  Analysis features
  - Frequency analysis (FFT)
  - XY chart
Digital Palette
Digital Palette
- About Digital Palette
- Script files
  Script files
- Part models
  Part models
  - Oprerator(Discrete)
    Oprerator(Discrete)
    
    abc-αβ Transformer
    
    dq-αβ Transformer
    
    DQC
    
    DQI
    
    DQM
    
    DQMI
    
    DQP
    
    PID
    
    Program
    
    Selector
    
    Space Vector PWM
    
    Transfer Function
    
    αβ-abc Transformer
    
    αβ-dq Transformer
  - Sensor
    Sensor
    
    A/D Converter
  - Source(Discrete)
    Source(Discrete)
    
    Programmable Voltage Source
- Script language grammar
- How to use the functions
- About the DLL linkage feature
- DLL function reference
Power Palette
Power Palette
- About Power Palette
- Loss analysis overview
  Loss analysis overview
  - About the analysis methods
  - About the loss items
- Feature descriptions
  Feature descriptions
  - Loss analysis
    Loss analysis
    
    Lite loss analysis
    
    Detail loss analysis
    
    Analysis parameters
    
    Loss Result Viewer
    
    Loss Setting
    
    Detail Switch Setting
  - Waveform analysis
- Part models
  Part models
  - Switch
    Switch
    
    Behavior of a detail switch
    
    Detail Nch Si/SiC-FET
    
    Detail Pch Si/SiC-FET
    
    Detail Nch Si/SiC-FET with…
    
    Detail Nch GaN-FET
    
    Detail Nch GaN-FET with…
    
    Detail Nch IGBT
    
    Detail Pch IGBT
  - Core loss analysis
    Core loss analysis
    
    RCL
    RCL
    
    Inductor
    
    Transformer
    Transformer
    
    Mutual Transformer
    
    Core Loss Editor
    
    Device Selector
- Detailed explanations
  Detailed explanations
SL Palette
SL Palette
- About SL Palette
- Setup
  Setup
  - Installation
  - Uninstallation
- SLC script files
  SLC script files
- How to use the SCIDEAM block
  How to use the SCIDEAM block
- Blocks
  Blocks
- Simulation
  Simulation
Motor Palette
Motor Palette
- About Motor Palette
- Parts
  Parts
  - Motor
    Motor
    
    Brushless Motor
    
    DC Motor
    
    Induction Motor
    
    Load-T
    
    Load-TI
    
    Load-TIV
    
    PMSM
    
    PMSM(JMAG-RT)
    
    Switched Reluctance Motor
ScideamPy
ScideamPy
Tutorials
Tutorials
- About the tutorials
- Scideam
  Scideam
- Scideam Free
  Scideam Free
Sample collection
Sample collection
- Top
- Circuit library
  Circuit library
  - Buck converter
    Buck converter
    
    Basic operation
    
    Analog PID control
    
    Script control
    
    Simulink control
    
    Loss analysis
  - Boost converter
    Boost converter
    
    Basic operation
    
    Analog PID control
  - Buck-boost converter
    Buck-boost converter
    
    Basic operation
  - H-bridge converter
    H-bridge converter
    
    Basic operation
  - Forward converter (single-switch)
    Forward converter (single-switch)
    
    Basic operation
    
    Active clamp
    
    Peak current control
  - Forward converter (two-switch)
    Forward converter (two-switch)
    
    Basic operation
    
    Peak current control
  - Push-pull converter
    Push-pull converter
    
    Basic operation
  - Flyback converter
    Flyback converter
    
    Basic operation
    
    PWM control
    
    Peak current control
    
    Loss analysis
    
    AC adapter
  - DAB converter
    DAB converter
    
    Phase-shift control
    
    Loss analysis
  - LLC resonant converter
    LLC resonant converter
    
    Basic operation
    
    SFM block control
    
    Frequency control with full-wave rectification
    
    Simulink control
    
    Loss analysis
  - Multiphase converter
    Multiphase converter
    
    Analog command
    
    Script command
  - DC-AC inverter (single-phase two-wire)
    DC-AC inverter (single-phase two-wire)
    
    Basic operation
  - DC-AC inverter (unipolar)
    DC-AC inverter (unipolar)
    
    Analog control 1
    
    Script control 1
    
    Analog control 2
    
    Script control 2
  - DC-AC inverter (bipolar)
    DC-AC inverter (bipolar)
    
    Analog control
    
    Script control
  - DC-AC inverter (multilevel NPC)
    DC-AC inverter (multilevel NPC)
    
    Analog control
    
    Script control
  - DC-AC inverter (multilevel T-type NPC)
    DC-AC inverter (multilevel T-type NPC)
    
    Analog control
    
    Script control
  - DC-AC inverter (three-phase)
    DC-AC inverter (three-phase)
    
    Basic method
    
    SVM control
  - PFC circuit (bridge boost)
    PFC circuit (bridge boost)
    
    Boundary conduction mode (BCM)
    
    Output voltage control in boundary conduction mode
    
    Continuous conduction mode (CCM)
    
    Bottom skip control
    
    Loss analysis in boundary conduction mode (BCM)
    
    Loss analysis in continuous conduction mode (CCM)
  - Phase-shift full bridge
    Phase-shift full bridge
    
    Analog control
    
    Script control
  - Double pulse test
  - Snubber circuit
  - DC motor drive
  - BLDC motor speed control
  - PMSM vector control
  - Induction motor vector control
  - SR motor conduction control
  - Solar cell MPPT control
- Analysis functions
  Analysis functions
  - Frequency response analysis
    Frequency response analysis
    
    Comparing analog and digital LPFs
    
    Current feedback
    
    Voltage feedback
  - Sweep analysis
    Sweep analysis
    
    Analyzing the control response
    
    Sweeping multiple parameters
    
    Selecting circuit parameters
- Using parts
  Using parts
  - PWM Switch
  - Gate driver
    Gate driver
    
    Single-output gate driver
    
    Gate driver
  - RS flip-flop
    RS flip-flop
    
    Basic operation
    
    Peak current control
  - Pulse modulator (PWM)
  - Frequency modulator (SFM)
  - Operational amplifier
    Operational amplifier
    
    Inverting amplifier
    
    Non-inverting amplifier
  - Latch
    Latch
    
    Peak current control
  - Shot pulse
    Shot pulse
    
    Anti-chattering
  - AD converter
  - Saw Tooth
    Saw Tooth
    
    PWM by triangular-wave comparison
- Digital Palette
  Digital Palette
- Power Palette
  Power Palette
- SL Palette
  SL Palette
Troubleshooting
Troubleshooting

Ground3¶

Appearance¶

parts

Description¶

Ground3 is the third ground terminal, and all Ground3 terminals are regarded as being connected.

Ground3 defines a ground separate from Ground and Ground2.

See also¶