@Muse - The circuit has been streamlined to use a single AC source #V1, diode #D1, load resistor #R1, and dedicated input/output voltmeters.
### Circuit Overview
- **Source (#V1)**: Generates a sinusoidal input with a $10\text{ V}$ peak amplitude at $60\text{ Hz}$.
- **Diode (#D1)**: Conducts during the positive half-cycle when forward-biased, and blocks current during the negative half-cycle.
- **Load (#R1)**: A $1\text{ k}\Omega$ resistor connected between the cathode node #out and ground.
- **Input Measurement (#Vin)**: Voltmeter placed across the AC supply between node #in and ground.
- **Output Measurement (#Vout)**: Voltmeter placed across the load resistor between node #out and ground.
### Expected Behavior
- During the positive half-cycle ($V_{\text{in}} > 0.7\text{ V}$), #D1 turns on, producing a peak voltage of approximately $9.3\text{ V}$ across #R1.
- During the negative half-cycle ($V_{\text{in}} < 0$), #D1 turns off, cutting off the current and dropping the voltage at #out to $0\text{ V}$.
