Rooftop Greenhouse Monitor Design
3:20
Evaluating project adjustments.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the schematic.
Analyzing the PCB layout.
Classifying net speeds.
Defining specific rulesets.
Working.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Working.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Analyzing the PCB layout.
Working.
Analyzing the PCB layout.
@schematic, inspect existing PCB rules with @layout, then assign routing classes/rules by net functionTable
| Net group | Nets | Recommended treatment |
|---|---|---|
| Power, high-current-ish | VBUS_5V, SOLAR_IN, BATTERY | Wider traces, higher routing priority |
| Power rail | SYS_3V3 | Moderately wider traces, higher priority |
| Ground | GND | Leave as global ground reference; keep all layers available |
| Low-speed data/control | I2C_SDA, I2C_SCL, USB_CC1, USB_CC2, ESP_EN, ESP_BOOT, BAT_ALERT, CHG_STAT, CHG_LED, PWR_LED, ISET_CFG, ILIM_CFG, TMR_CFG | Standard narrow signal rules |
| Medium-speed debug/programming | UART_TX, UART_RX | Slightly wider / higher-priority than low-speed |
Table
| Nets | Trace width | Min trace width | Auto-layout priority |
|---|---|---|---|
VBUS_5V, SOLAR_IN, BATTERY | 0.8 mm | 0.5 mm | 3 |
SYS_3V3 | 0.4 mm | 0.25 mm | 3 |
UART_TX, UART_RX | 0.23 mm | 0.17 mm | 4 |
| Low-speed/control nets | 0.19 mm | 0.17 mm | 5 |
GND | keep default/global ground behavior | - | 6 |
No changes applied.
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