Exporting Schematic as PDF

imoodyou

imoodyou

how do i generate the .pdf?
70 days

flux

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Reading docs for: "How do I generate or export a PDF or print of my schematic or PCB in Flux? Steps to export, where to find, options like page size, include layers, and troubleshooting if the button is disabled."

Reading docs for: "Is there a way to export or print a schematic or PCB as PDF from Flux? Steps or menu location for PDF export."

Reading docs for: "Print schematic or export schematic to PDF in Flux. Is there a print to PDF feature? Where is it in the UI?"

Here’s what the Flux documentation says about exporting a PDF:
"Can I export my schematic as a PDF?
No, you cannot export a PDF of your schematic from Flux right now."
Source
If you need more details on available exports (like manufacturing files or 3D models), I can point you to those docs as well.
70 days

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Inspect

Raspberry Pi Pico | End-to-end AI Design Tutorial [Example]

Raspberry Pi Pico | End-to-end AI Design Tutorial [Example]
Description

Created
Last updated by parker01
1 Contributor(s)
parker01

Controls

Properties

Power Requirements
USB
Breadboard Guide
- TP_3V3 → top power rail (+) - TP_GND → top power rail (-) - TP_5V → top 5V rail - TP_SDA → breadboard row 10 - TP_SCL → breadboard row 12 - TP_ALERT → breadboard row 14 - J1 pin 1 (MQ VCC) → breadboard row 20 power rail (+) - J1 pin 2 (MQ GND) → breadboard row 20 ground rail (-) - J1 pin 3 (MQ OUT) → breadboard row 20
Breadboard Outline Size
165.1 mm by 54.0 mm
System Architecture
```mermaid graph LR subgraph Sensor_FrontEnd MQ["MQ Sensor 5V Supply, A0 Out"] R1["100kΩ"] DivNode["Divider Node / A0 Input"] R2["62kΩ"] C1["47nF Filter"] MQ -- out --> R1 --> DivNode DivNode --> R2 --> GND["GND"] DivNode --> C1 --> GND end subgraph ADS1115_ADC ADC["ADS1115"] VDD["VDD"] GND2["GND"] ADDR["ADDR=GND"] A0["AIN0 (DivNode)"] SDA["SDA"] SCL["SCL"] ALERT["ALERT"] VDD --> ADC GND2 --> ADC ADDR --> ADC C9["100nF"] --> VDD C9 --> GND2 C8["10µF"] --> VDD C8 --> GND2 A0 --> ADC SDA --> ADC SCL --> ADC ALERT --> ADC end subgraph I2C_Interface R5["4.7kΩ PU"] R6["4.7kΩ PU"] R3["100Ω Series"] R4["100Ω Series"] TP_SDA["TP_SDA"] TP_SCL["TP_SCL"] TP_ALERT["TP_ALERT"] TP_3V3["TP_3V3"] TP_5V["TP_5V"] TP_GND["TP_GND"] SDA --> R3 --> TP_SDA SCL --> R4 --> TP_SCL ALERT --> R7["100Ω Series"] --> TP_ALERT R5 --> TP_3V3 R6 --> TP_3V3 end ```
Connectivity
WiFi
Prototype Wiring Map
Pi pin 1 (3V3) 163 163 763 163 TP_3V3 net 3V3 Pi pin 6 (GND) 163 163 763 163 TP_GND net GND Pi pin 2 or 4 (5V) 163 163 763 163 TP_5V net 5V Pi pin 3 (GPIO2 SDA) 163 163 763 163 TP_SDA net SDA Pi pin 5 (GPIO3 SCL) 163 163 763 163 TP_SCL net SCL Pi pin 7 (GPIO4 ALERT) 163 163 763 163 TP_ALERT net ALERT
Part Type
Processor
System Architecture
```mermaid graph LR Pi test pads --> ADS1115 ADS1115 --> MQ front-end MQ front-end --> I²C/pull-ups I²C/pull-ups --> MQ header ```
Connectivity
Bluetooth
Operating Voltage
3.3 V
Title
Raspberry Pi Zero 2W Front-End Interface for MQ Gas Sensors with ADS1115 I²C ADC

Availability & Pricing

DistributorQty 1
Arrow$4.25–$101.86
Digi-Key$4.57–$266.56
LCSC$7.58–$7.70
Mouser$7.00–$14.12
TME$4.39
Verical$4.40–$42.35

Assets