# [Example] Simulation of Types of Transformers ## Description Two separate simulated circuits which demonstrate how step up and step down transformers work. ## Project Details - **Owner:** dcampos - **Created:** 10/15/2021 - **Last Updated:** 4/27/2023 - **Visibility:** Public ## Key Components ### T1 — Step Down Transformer - Primary Inductance: 4H - Coupling Coefficient: 0.99 - Ratio: 0.5 **Pins:** - P1 - P2 - S1 - S2 ### T2 — Step Up Transformer - Ratio: 2 - Coupling Coefficient: 0.99 - Primary Inductance: 4H **Pins:** - P1 - P2 - S1 - S2 ### U1 — [DAC](https://www.flux.ai/jharwinbarrozo/dac~00.md) **Pins:** - Analog Out - Digital In ### V1 — [Waveform Generator](https://www.flux.ai/jharwinbarrozo/waveform-generator~ggu.md) - Duty Cycle: 50% - Part Type: Power Source - Frequency: 60Hz - Peak Voltage: 5V - DC Offset: 0V - Phase Offset: 0° **Pins:** - P1 [pin 1] - P2 [pin 2] ### V2 — [Waveform Generator](https://www.flux.ai/jharwinbarrozo/waveform-generator~ggu.md) - Peak Voltage: 5V - Phase Offset: 0° - DC Offset: 0V - Duty Cycle: 50% - Part Type: Power Source - Frequency: 60Hz **Pins:** - P1 [pin 1] - P2 [pin 2] *The full schematic, PCB layout, bill of materials, and interactive design are available at [https://www.flux.ai/dcampos/example-simulation-of-types-of-transformers~n4](https://www.flux.ai/dcampos/example-simulation-of-types-of-transformers~n4).* --- *Generated from [https://www.flux.ai/dcampos/example-simulation-of-types-of-transformers~n4](https://www.flux.ai/dcampos/example-simulation-of-types-of-transformers~n4)*