Mod-NTC for Arduino

📦 Arduino

Library available in Arduino IDE and PlatformIO

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📒 Datasheet

Datasheet

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1. 🔽 Install Arduino IDE

Install the Arduino IDE

2. 📦 Install the library

Start the Arduino IDE, press the Sketch menu, and thenInclude Library > Manage Libraries. Search for Microfire_Mod-NTC and install the library.

3. 🔌 Connections

Module only

Module	Controller
GND	ground
VCC	3.3 - 5 volt power supply
SCL	SCL
SDA	SDA
PROBE_1	either probe wire
PROBE_2	either probe wire

Carrier Board

Carrier Board	Controller
GND	ground
VIN	3.3 - 5 volt power supply
SCL	SCL
SDA	SDA
1W	optional 1-wire device signal line
EN	optional EN wire, drive HIGH to disable both power modules

Carrier 1W Header	1-Wire Sensor
GND	ground
VCC	3.3 - 5 volt power supply
SIG	signal data line for 1-Wire sensor

Probe connection is made with the SMA connector, using a SMA-BNC Bulkhead or similar.

4. 🔢 Code

Below is the Basic example. It can be found in File > Examples > Microfire_Mod-NTC > Basic in the Arduino IDE.

#include <Microfire_Mod-NTC.h>
Microfire::Mod_NTC::i2c ntc;

void setup() {
	Serial.begin(9600);
	Wire.begin();
	ntc.begin();
}

void loop() {
	ntc.measureTemp();
	Serial.print((String)ntc.tempC + " °C");
	Serial.print((String)ntc.tempF + " °F");
	delay(1000);
}

5. ➡️ Upload the code

Pick the board and port, then Upload the code.

6. 🔎 View the output

Open the Serial Monitor, measurements should be displayed in the monitor, with updates every second.

`1`	`#include <Microfire_Mod-NTC.h>`
`2`	`Microfire::Mod_NTC::i2c ntc;`
`3`
`4`	`void setup() {`
`5`	`Serial.begin(9600);`
`6`	`Wire.begin();`
`7`	`ntc.begin();`
`8`	`}`
`9`
`10`	`void loop() {`
`11`	`ntc.measureTemp();`
`12`	`Serial.print((String)ntc.tempC + " °C");`
`13`	`Serial.print((String)ntc.tempF + " °F");`
`14`	`delay(1000);`
`15`	`}`

Mod-NTC for Arduino

📦 Arduino

📒 Datasheet

1.

🔽 Install Arduino IDE

2.

📦 Install the library

3.

🔌 Connections

4.

🔢 Code

5.

➡️ Upload the code

6.

🔎 View the output

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