Terminator

Output port plug.

terminator

Description

The Terminator block closes output ports that do not connect to other blocks. If you run a simulation with blocks that have unclosed output ports, warning messages will be displayed. Using Terminator blocks to close these ports prevents them from occurring.

Ports

Input

Port_1 - input signal
scalar | vector | matrix | bus

The output port blank of any block. The port accepts signals of all data types.

Data types: Float16, Float32, Float64, Int8, Int16, Int32, Int64, UInt8, UInt16, UInt32, UInt64, Bool.

Support for complex numbers: Yes

Additional options

C code generation: Yes

Examples

Modelling a bipolar NPN transistor
Transmitter model
Mechanical system with progressive friction
Callbacks
Realisation of low-pass and high-pass filters
Discrete FIR filter
Modelling of an inductance coil with hysteresis.
Modelling the operation of a pneumatic actuator in a wet environment
Step-down transformer
Mechanical system with rigid progressive motion limiter
Simulation of a simplified gearbox
Generation and analysis of vector signals
Inverting operational amplifier
Using buses
Mass-spring-damper model
Calculation of mass flow rate when fluid flows through pipes of different cross-sectional shapes
Transmission line model with two-way supply and three-phase fault tripping
Polyphase sampling rate converter
Custom block libraries
Checking the static behaviour of the thyristor when it is switched on
Checking the dynamic behaviour of the thyristor when it is switched on
Construction of Lissajous curves
Comparative analysis of filters
Comparison in models
Speed control of a simplified synchronous generator
Zero crossing detection
Non-inverting operational amplifier
Modelling a bipolar PNP transistor
Modelling the motion of an electric vehicle
Multirate filter
Ratio-to-speed converter using command control in cycles
Mathematical models of bodies
Example
Car suspension modelling
Identification of model parameters in Engee
Modelling of an electric oscillating circuit
Crossover in the models
Permanent magnet synchronous motor
Modelling of traffic light control logic
Code placement in Engee Function blocks
Averaging filter
Spectral classifier
Analysis of transients in linear electric circuits
Fault in a network with isolated neutral point
Voltage fault generation
Transformer modelling
LFM signal analysis and processing
DC motor with electrical and mechanical parameters
Modelling a mechanical rotational system with a friction element
Value added tax (VAT)
Creating Engee Function blocks with state variables
Application of programme control of the model
Beamforming based on phase shift