Crate tmp108

This is a platform-agnostic Rust driver for the TMP108 temperature sensor based on the embedded-hal traits.

For further details of the device architecture and operation, please refer to the official Datasheet.

TMP108

A #[no_std] platform-agnostic driver for the TMP108 temperature sensor using the embedded-hal traits.

The TMP108 can take one of 4 I2C addresses depending on the state of the A0 pin, as described in the table below:

A0	Addr
GND	0x48
V+	0x49
SDA	0x4a
SCL	0x4b

The driver has specific constructors for each of these states, to ensure that an invalid address is not attempted.

Usage

let delay = DelayNs;
let mut tmp = Tmp108::new_with_a0_gnd(i2c, delay);
// let mut tmp = Tmp108::new_with_a0_vplus(i2c, delay);
// let mut tmp = Tmp108::new_with_a0_sda(i2c, delay);
// let mut tmp = Tmp108::new_with_a0_scl(i2c, delay);
// let mut tmp = Tmp108::new(i2c, delay, A0::Gnd);

let cfg = Default::default()
    .with_cm(ConversionMode::OneShot)
    .with_tm(ThermostatMode::Comparator)
    .with_cr(ConversionRate::Hertz16)
    .with_hysteresis(Hysteresis::FourCelsius)
    .with_polarity(Polarity::ActiveLow);

tmp.set_configuration(cfg)?;

let temp = tmp.temperature()?;

let cfg = cfg
    .with_cm(ConversionMode::OneShot)
    .with_tm(ThermostatMode::Interrupt)
    .with_cr(ConversionRate::Hertz1)
    .with_fl(true)
    .with_fh(true);

tmp.set_configuration(cfg)?;

let high_limit = 48.0;
let low_limit = 26.5;

tmp.set_low_limit(low_limit)?;
tmp.set_high_limit(high_limit)?;

tmp.continuous(Default::default(), |t| {
	for _ in 0..10 {
		let temp = tmp.wait_for_temperature()?;
		info!("Temperature {}", temp);
	}

	Ok(())
})?;

MSRV

Currently, rust 1.79 and up is supported, but some previous versions may work.

License

Licensed under the terms of the MIT license.

Contribution

Unless you explicitly state otherwise, any contribution submitted for inclusion in the work by you shall be licensed under the terms of the MIT license.

License: MIT

Modules

blocking

Tmp108 Blocking API

Structs

Configuration

Configuration register.

HighLimit

Temperature high limit register.

LowLimit

Temperature low limit register.

Temperature

Temperature register.

Enums

A0

A0 pin logic level representation.

ConversionMode

Conversion mode.

ConversionRate

Conversion rate.

Hysteresis

Hysteresis control.

Polarity

Polarity

Register

Register addresses

ThermostatMode

Thermostat mode.