Smart Stove Monitoring System
Thought for 1 min 22 sec
The schematic now includes the following net connections:
Table
| Net Name | Connection Details |
|---|---|
| BAT_POS | Battery positive (4.5V from the 3x AA Lithium pack) is connected to the input of both the linear regulator (MCP1700-3302E/TO) and the switching regulator (TPS62130). |
| GND | Common ground is applied to all components including the LM393 comparator, the PIC12F675, the SIM800L, the IRLZ34N, and all capacitors. |
| V_3V3 | The regulated 3.3V rail (from the selected regulator output) supplies power to the LM393 comparator, PIC12F675, and SIM800L. |
| TEMP_DIV | A voltage divider is formed by connecting the NTC thermistor (T1) and the potentiometer (RV1). The junction is routed to the non-inverting input of the LM393 comparator. |
| COMP_OUTPUT | The output of the LM393 comparator is connected to a digital input on the PIC12F675 to sense the temperature threshold. |
| MOSFET_GATE | A digital output from the PIC12F675 is routed to the gate of the IRLZ34N MOSFET to control power switching. |
| MOSFET_SOURCE | The source of the IRLZ34N is connected to GND. |
| MOSFET_DRAIN | The drain of the IRLZ34N is connected to the ground paths of the PIC12F675 and the SIM800L to provide power control. |
| MCU_TX_RX | The serial communication lines between the PIC12F675 and the SIM800L are connected: PIC TX to SIM RX and PIC RX to SIM TX. |
| CAP_SIM | A 1000µF capacitor (C6) is connected across the SIM800L’s Vcc and ground to handle current spikes. |
| CAP_PIC | Two decoupling capacitors – a 100nF (C4) and a 10µF (C5) – are connected between the supply (V_3V3) and ground at the PIC12F675. |
These connections integrate the temperature sensing, ultra-low-power control, GSM communication, and power regulation sections into a complete and connected schematic per the design requirements.
Add selected components with connections
Ensure all component connections
Implement net connectivity
