Network Couplers
R2026bSimscape™ ネットワークを Simulink® 接続経由で相互に連携する小さいネットワークに分割するためのブロック
Network Couplers ライブラリのブロックは、Simscape ネットワークを Simulink 接続経由で相互に連携する小さいネットワークに分割するための開始点を提供します。このライブラリ内のブロックは、標準の Simscape ブロック (Inductor など) のように見えますが、実際にはネットワークの分離を実装するサブシステムです。カプラー ブロックの設計により、モデルのアーキテクチャを最初に変更することなく、モデルをどこで分割するかを反復して調整できます。
Simscape ブロック
 | Network Coupler (Compressible Link) | Split network at a mechanical translational connection (R2022a 以降) |
 | Network Coupler (Flexible Shaft) | Split network at a mechanical rotational connection (R2022a 以降) |
 | Network Coupler (Inductor) | Split network at an electrical connection by replacing an inductor (R2022a 以降) |
 | Network Coupler (Capacitor) | Split network at an electrical connection by replacing a capacitor (R2022a 以降) |
 | Network Coupler (Current-Voltage) | Split network at an electrical connection (R2022a 以降) |
 | Network Coupler (Voltage-Current) | Split network at an electrical connection (R2022a 以降) |
 | Network Coupler (Voltage-Voltage) | Split network at an electrical connection (R2022a 以降) |
 | Network Coupler (Transmission Line) | Split network with transmission line (R2026b 以降) |
 | Network Coupler (Thermal Mass) | Split network at a thermal connection (R2022a 以降) |
 | Network Coupler (Constant Volume Chamber (IL)) | Split network at an isothermal liquid connection (R2022a 以降) |
 | Network Coupler (Constant Volume Chamber (TL)) | Split network at a thermal liquid connection (R2022a 以降) |
 | Prediction (discrete->continuous) | Prevent accuracy loss when connecting fixed-step network to variable-step network (R2022a 以降) |
 | Prediction (slow->fast) | Prevent accuracy loss when connecting fixed-step networks with different step sizes (R2022a 以降) |
 | Smoothing (continuous->discrete) | Apply output smoothing when connecting variable-step network to fixed-step network (R2022a 以降) |
 | Smoothing (fast->slow) | Apply output smoothing when connecting fixed-step networks with different step sizes (R2022a 以降) |
トピック
- Using Network Couplers to Split Physical Networks
General workflow and types of models that can benefit from splitting their network.
注目の例
Configuring an EV Simulation for Multirate HIL
An electric vehicle model suitable for multirate Hardware-In-the-Loop (HIL) deployment. The example uses the Simscape™ Network Couplers Library to split the model into separate Simulink® subsystems that can be deployed at different sample rates. This allows you to run parts of the system (for example thermal components) with a slower sample time thereby reducing overall computational cost.
