Crate ad9361_rs

ad9361: Bindings to the AD9361 part of the Analog Devices Inc. no-OS library.

Usage

use ad9361_rs::{Ad9361, Ad9361InitParam};
use embedded_hal::blocking::spi::Transfer;
use embedded_hal::digital::v2::OutputPin;
use embedded_hal::blocking::delay::{DelayMs, DelayUs};

fn example(spi: impl Transfer<u8>,
           delay: impl DelayMs<u32> + DelayUs<u32>,
           reset_n: impl OutputPin)
{
    let parameters: Ad9361InitParam = Default::default();
    let heap = Vec::with_capacity(540);

    let mut ad9361 = Ad9361::new(spi, delay, Some(reset_n), heap); // ad9361 must not be moved after this point
    ad9361.init(parameters).unwrap();

    let _temperature = ad9361.get_temperature().unwrap();
}

#[no_std]

To use the crate in a no-std enviroment, specify default-features = false in Cargo.toml. You will then need to specify one of the supported device features.

• ad9361_device
• ad9364_device
• ad9363a_device

ad9361-rs = { default-features = false, features = ["ad9364_device"] }

The build process for this crate requires a C compiler. When cross-compiling, you will need to make sure you have a suitable compiler installed. If necessary the cc crate supports external configuration via enviroment variables

Structs

Ad9361

An AD9361 RF PHY

Ad9361InitParam

Parameters used to configure the AD9361 RF PHY

Ad9361RxFir

Parameters used to configure the Rx FIR filter

Ad9361TxFir

Parameters used to configure the Tx FIR filter

Enums

BistMode

Built-In Self Test (BIST) mode

EnsmState

Enable State Machine (ENSM) state.

InternalExternalLO

Internal / External LO selection

LOPowerStatus

Tx Local Oscillator power down

LoopbackMode

Loopback mode. When enabled, loopback (AD9361 internal) TX->RX

RfGainControlMode

RF Gain Control Mode

RxRfPortSelection

RX RF Port Selection

TxRfPortSelection

TX RF Port Selection