Abstraction for LTC681X family. Supports all devices of LTC681X family: LTC6813, LTC6812, LTC6811 and LTC6810.
Currently, the following features are implemented: * Cell and GPIO conversion * Reading cell and GPIO voltage registers * Multiple devices in daisy chain * ADC status polling (SDO line method) * Mapping voltages to GPIO and cell groups
For all details see monitor module.
````Rust use ltc681x::example::{ExampleCSPin, ExampleSPIBus}; use ltc681x::ltc6813::{CellSelection, Channel, GPIOSelection, LTC6813}; use ltc681x::monitor::{ADCMode, LTC681X, LTC681XClient, PollClient};
let spibus = ExampleSPIBus::default(); let cspin = ExampleCSPin{};
// LTC6813 device let mut client: LTC681X<_, _, _, LTC6813, 1> = LTC681X::ltc6813(spibus, cspin) .enablesdopolling();
// Starts conversion for cell group 1 client.startconvcells(ADCMode::Normal, CellSelection::Group1, true);
// Poll ADC status while !client.adc_ready().unwrap() { // Conversion is not done yet }
// Returns the value of cell group A. In case of LTC613: cell 1, 7 and 13 let voltages = client.readvoltages(CellSelection::Group1).unwrap(); asserteq!(Channel::Cell1, voltages[0][0].channel); assert_eq!(24979, voltages[0][0].voltage); ````
:warning: The crate is still incomplete, but is under active development.
:warning: The crate has only been tested for the LTC6813 variant. Although the protocol of the LTC681X family is essentially the same, inconsistencies are still conceivable for some variants. Practical tests + feedback with other variants are therefore welcome.
Any form of support is greatly appreciated. Feel free to create issues and PRs. See DEVELOPMENT for more details.
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